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Electrotherapy in Physiotherapy: Types, Uses and What Really Works

Stefan Schwarz — Mon, 20 Jul 2026 00:28:00 +0200

Electrotherapy in physiotherapy is, strictly speaking, the therapeutic use of electrical currents, almost always delivered through electrodes placed on the skin. It is used mainly to modulate pain, activate inhibited muscles and make the active work that follows easier. That definition covers TENS, interferential currents, electrical muscle stimulation (EMS), iontophoresis and electroacupuncture. In clinical practice, though, the term is also used as an umbrella for other electrophysical agents that do not deliver a transcutaneous current through electrodes in the same way, among them therapeutic ultrasound, diathermy and microwave therapy. This guide covers both groups, and separates them wherever the difference matters.

If you have been offered electrical stimulation for pain that will not quite settle, it is natural to have questions. None of these techniques replaces a proper assessment or an active plan for treating injuries and supporting rehabilitation. They sit alongside therapeutic exercise and, where it is indicated, manual therapy. Applied with good judgement, they can help to modulate pain, ease muscle activation or prepare the ground for active work, always on top of a sound assessment and an appropriate rehabilitation plan.

What is TENS and what is it used for?

Transcutaneous electrical nerve stimulation (TENS) is a widely used form of electrotherapy, and it serves one very specific purpose. It modulates the pain signal, in both acute and chronic conditions. It produces a tingling or prickling sensation that should stay comfortable; if you notice stabbing, burning or pain, say so, so that the settings can be adjusted.

Several mechanisms have been proposed. TENS modulates pain transmission at the level of the spinal cord and activates the body's own inhibitory systems, including those involving endogenous opioids, the body's natural painkillers (Vance et al., 2014). The available evidence points to a reduction in pain during stimulation or immediately afterwards, although the magnitude varies from case to case (Johnson et al., 2022). In fibromyalgia, a systematic review found pain reduction in most of the trials it analysed, and better results from adding TENS to exercise than from exercise on its own (Megía García et al., 2019).

Parameters, TENS modes, electrode-placement principles, safe use and dosing are covered in our guide to TENS for pain relief.

What are interferential currents, and do they work?

In the classic four-pole application, interferential currents cross two out-of-phase medium-frequency currents, medium frequency being the band above 1 kHz and below 10 kHz, which combine in the tissue to produce a low-frequency modulation. Some devices instead deliver a premodulated current through two electrodes. They are used mainly for pain relief in musculoskeletal pain, particularly in areas with more muscle mass.

Skin offers less impedance to medium frequency, which is put forward as a possible advantage in tolerability, but that on its own does not demonstrate that the technique reaches deeper tissue any better, or that it outperforms TENS (Rampazo and Liebano, 2022).

The sensation is different from TENS. You will notice a tingling or a broader, more "spread out" vibration across the area, less localised. The electrodes are usually positioned around the painful area, forming a crossover, and the intensity is increased gradually while you are asked how you feel it.

Their use in clinical practice is widespread, but the evidence supporting them is limited and does not all point in the same direction. A 2010 meta-analysis concluded that, added to another treatment, they outperformed control and maintained a difference from placebo at three months (Fuentes et al., 2010). A later meta-analysis did not find them more effective than the treatments they were compared with, either alone or added to others, and its own authors caution that the small number of available studies means the conclusion should be read carefully (Hussein et al., 2022). In non-specific mechanical neck pain, a Spanish review describes the evidence as simply scarce (Albornoz-Cabello et al., 2019). Given that picture, the reasonable aim is temporary symptom relief that lets you move or exercise more comfortably afterwards, never treatment with the current as the main intervention.

What is electrical muscle stimulation (EMS) used for?

EMS produces controlled muscle contractions to re-educate a muscle that has stopped being recruited properly after an injury, surgery or a period of immobilisation, a phenomenon known as arthrogenic muscle inhibition. This can happen even when the nerve itself is intact. The electrical impulse activates the motor nerve, which, via the motor end plate, recruits the muscle fibres and generates the contraction.

It makes sense to use it where there is clear muscle inhibition: the quadriceps that will not respond after an arthroscopy or a knee replacement, the gluteal muscles that do not activate after weeks on crutches, or the shoulder muscles left "asleep" after prolonged immobilisation. In the quadriceps after total knee arthroplasty, adding electrical stimulation to rehabilitation is associated with improved strength recovery, although the authors themselves note that the clinical benefit remains to be confirmed (Peng et al., 2021).

What you will notice is rhythmic contractions of the muscle, as if it were contracting on its own, unlike the usual sensory settings for TENS and interferential currents, where no visible contraction is sought. The sensation should be tolerable. If a cramp or intense pain appears, stop and adjust the parameters.

Applications in rehabilitation and sport, electrode placement and the specific precautions are covered in our guide to electrical muscle stimulation.

What is iontophoresis?

Iontophoresis uses a continuous galvanic current to help certain electrically charged substances cross the skin. How much crosses, and how far it travels, depends on the medicine, the polarity, the dose, the condition of the skin and the protocol, so it guarantees neither selective delivery to the injured tissue nor the complete absence of systemic exposure.

The technique has been used to deliver particular medicines in localised conditions, including some tendinopathies, although its usefulness depends on the medicine, the indication and the specific protocol. The medicine must be clinically indicated, or prescribed where that applies, and administered in line with its authorisation, the clinical protocol and the professional scope of whoever administers it.

You will notice a concentrated sensation under the active electrode, and if your skin is sensitive you may notice mild itching or slight, tolerable irritation. A genuine burning sensation, marked redness or any sign of blistering means stopping the application immediately. Polarity, current density, application time and the properties of the medicine itself govern transport across the skin and skin tolerance, and there is no substitute for professional judgement here (Dhote et al., 2012).

Are ultrasound and diathermy electrotherapy?

Not strictly. Neither delivers a transcutaneous current through electrodes in the way TENS or EMS do. Therapeutic ultrasound uses mechanical waves, while diathermy and microwave therapy transfer electromagnetic energy that, depending on the system, can generate fields or induced currents in the tissue. In many clinics, though, "electrotherapy" works as an umbrella for the whole range of treatment-room equipment, which is why you will find them under that name.

Therapeutic ultrasound uses high-frequency mechanical waves that penetrate soft tissue and, depending on the technique, aims either for a thermal effect, meaning heating deeper structures, or for a non-thermal effect intended to influence tissue repair. That second part is best read as a proposed mechanism, not as demonstrated repair. Despite its widespread use, clinical effectiveness depends on the indication, the dose and the treatment it is compared against. A 2001 review of trials published between 1975 and 1999 found that, across most of the indications studied, active ultrasound did not outperform placebo (Robertson and Baker, 2001). A 2024 meta-analysis qualifies the picture by site: it found a favourable effect on pain in knee conditions, and mixed results, without significant differences, in shoulder conditions (Guan et al., 2024). There is therefore no single verdict across all soft tissues.

Diathermy and microwave therapy are two distinct thermal modalities, each with its own equipment, dosing and precautions. They are put forward as support in selected cases, but neither their indications nor their safety can be inferred from what applies to TENS or to ultrasound, and this guide does not cover them in the depth a dedicated one would.

All three are alike in what you feel, which is sometimes mild warmth and sometimes nothing at all. The absence of sensation does not amount to an absence of effect, but it does not confirm one either, so always ask what the aim of the treatment is. And if your session consists only of lying down while a machine does something and then leaving, ask why there is no active component.

What is electroacupuncture, and when is it considered?

Electroacupuncture combines fine needles inserted at specific points with low-intensity electrical stimulation, with a mainly analgesic aim. The sensation is a tingling or rhythmic pulsing around the needle, different from TENS or interferential currents.

It can be considered in selected cases, where there is a specific indication, the person accepts an invasive technique, and it is carried out by a suitably qualified practitioner with specific training. We do not present it as a fallback for resistant cases or as the alternative when other techniques fail, because its usefulness depends on the specific condition rather than on any general hierarchy of techniques.

Because it is a needle technique, it adds risks that transcutaneous currents do not carry: bleeding, bruising, infection, discomfort or injury at the puncture site, and vasovagal reactions. In prospective studies of needle acupuncture, rather than of electroacupuncture specifically, serious adverse events were uncommon, of the order of one in ten thousand patients, while mild and transient effects were considerably more frequent; safety depends directly on the training and competence of whoever performs it (Bäumler et al., 2021). Hygiene is therefore non-negotiable, with sterile single-use needles and clean skin, and the practitioner should review the contraindications and your individual sensitivity before starting.

Electrotherapy modalities compared

This table summarises the modalities covered in this guide, what each one does, what it is used for and how it feels. It is not an exhaustive classification of everything available.

Technique	What it does	What it is used for	Usual sensation
TENS	Stimulates the sensory nerves and modulates the pain signal	Easing pain, both acute and chronic	Comfortable tingling or prickling
Interferential currents	Generate a low-frequency modulation from medium-frequency current, by crossing two currents or by delivering a premodulated one	Musculoskeletal analgesia, particularly over broad areas or areas with greater muscle mass	Broad vibration, more "spread out" than TENS
Electrical muscle stimulation (EMS)	Produces controlled muscle contractions	Activating and re-educating a muscle inhibited after injury, surgery or immobilisation	Visible rhythmic contraction of the muscle
Iontophoresis	Uses galvanic current to carry a medicine through the skin	Transdermal delivery of particular medicines, where clinically indicated	Concentrated sensation under the electrode; sometimes mild itching
Therapeutic ultrasound	High-frequency mechanical waves applied over soft tissue	Symptomatic support, with effectiveness varying by indication	Mild warmth or nothing perceptible
Diathermy and microwave	Apply electromagnetic energy using specific equipment and dosing	Thermal support in selected cases; not covered in depth in this guide	Perceptible warmth, sometimes nothing
Electroacupuncture	Combines fine needles with a gentle electrical current	Pain in selected cases, under supervision	Tingling or rhythmic pulsing around the needle

When should electrotherapy not be used?

The list that follows applies to transcutaneous currents, meaning TENS, interferential currents and EMS. Diathermy and microwave therapy carry different thermal and electromagnetic risks, particularly near metal implants and electronic devices, and electroacupuncture adds those of an invasive technique. Do not transfer restrictions from one modality to another. Every device also comes with its own instructions for use, and those are essential reading.

Situations where it should not be applied without specific authorisation: application over an area with an active or suspected tumour, unless expressly indicated by the responsible medical team, and open wounds in the area of application. If you have a pacemaker, an implantable defibrillator or another electronic implant, do not use TENS, interferential currents or EMS on your own at home; at a clinic it should only be considered after consulting the team that manages the implant, and after weighing up the device, the electrode placement and the path of the current. On that last point, one clarification. Specialist clinical protocols for electrical stimulation of certain wounds do exist, but they have nothing to do with placing electrodes on an open injury at home, which you should never do.

Relative contraindications: pregnancy, particularly over the abdomen and lower back, and fever or acute infection. The decision depends on the area, the therapeutic goal and your general condition. Anticoagulant treatment is not in itself a general contraindication to TENS, interferential currents or EMS. It becomes relevant for needle techniques and for any procedure carrying a risk of bleeding or bruising, which need a specific assessment. Metalwork is not one either, and we cover it separately in the frequently asked questions (Houghton et al., 2010).

Areas calling for the greatest caution: the head in people with epilepsy; the front of the neck, because of the risk of a vagal reflex; and any placement that sends the current across the chest, especially where there is a cardiac history.

Symptoms that are never normal

During or after a session, say so immediately if you notice: intense pain that does not settle when the intensity is reduced, a burning sensation under the electrodes, a blister or visible skin damage, palpitations or dizziness. If any of these appear, stop the application, tell the practitioner, record the skin reaction and ask for the plan to be reviewed before continuing. Transcutaneous stimulation should not produce pain or burning. If it does, something needs adjusting.

What should you expect from an electrotherapy session?

A session starts with the goal for the day and a screening for contraindications, moves on to preparing the skin and placing the electrodes according to anatomical criteria, and finishes integrated into active work. This walkthrough reflects what a qualified physiotherapist does. It is not a guide to applying it yourself, but a way to understand the process and know what to ask.

The physiotherapist first defines what they are trying to achieve, whether that is easing chronic pain, activating an inhibited muscle or reducing the discomfort just enough for you to move that day, and reviews the contraindications with direct questions about pacemakers, pregnancy, epilepsy, changes in sensation and the condition of the skin. If anything has changed since the last visit, this is the moment to say so.

The intensity is increased gradually until the stimulus is clearly felt but not uncomfortable. For analgesia the aim is strong, comfortable sensory stimulation, with no requirement for a contraction; for muscle activation, a visible but tolerable contraction. There are no universal magic numbers, and parameters that work for someone else are not necessarily right for you, so copying settings from the internet or from another patient can be ineffective or counterproductive.

The session usually continues with movement, specific exercises or manual therapy where these are indicated. These techniques are part of a broader plan. They are rarely the plan.

Can I use an electrotherapy device at home?

Yes, with a specific goal and the precautions respected, but a home device does not match a clinic session. At the clinic the physiotherapist assesses your case, adjusts the parameters according to your response, places the electrodes precisely and combines electrotherapy with exercise or manual therapy. At home there is simpler equipment, fewer adjustments available and a greater risk of use without a purpose.

Safety checklist for home use:

Set a specific goal before switching the device on, whether that is easing pain or activating a muscle.
Always keep the intensity comfortable, never painful.
Clean skin and well-adhered electrodes.
Never over open wounds or irritated skin.
Always avoid the front of the neck, because of the risk of a vagal reflex.
Do not place the electrodes so that the current crosses the chest. If you have a heart condition or an electronic implant, seek advice before using the device.

There are situations where you should not improvise: a pacemaker or implantable defibrillator, pregnancy depending on the area and on medical judgement, epilepsy, active tumour, thrombosis or thrombophlebitis, and significant changes in sensation. In these cases, always seek advice before using any device.

At Kinemarket you will find electrotherapy and electromedicine equipment for both professional and home use, so what follows is buying guidance rather than a clinical recommendation, which is a matter for your physiotherapist. What to check before buying, meaning channels, parameter control, conformity, consumables and service, is set out in our comparison of Globus and NeuroTrac, where those purchasing criteria are applied to two specific ranges.

Frequently asked questions about electrotherapy

Does electrotherapy hurt?

Electrotherapy should not hurt. With TENS or interferential currents you will feel a comfortable tingling, noticeable but never unpleasant; with EMS, rhythmic contractions that should be tolerable. If at any point the sensation moves from uncomfortable to painful, say so immediately so that the parameters can be readjusted.

How many sessions do I need before I notice an improvement?

The number of sessions depends on the goal. In people who respond to sensory stimulation, pain relief may be noticeable during the session or shortly afterwards; reactivating an inhibited muscle takes repeated treatment over longer. There is no fixed number, but if you notice no change after several sessions it is worth reviewing the approach with your physiotherapist, because these techniques are used within a broader rehabilitation plan rather than as the only intervention.

What are the risks of electrotherapy?

Adverse effects depend on the technique. With TENS or EMS applied properly, the most common are mild and transient, such as redness or irritation under the electrodes. Iontophoresis can cause irritation or chemical or electrical burns, thermal modalities can cause excessive heating, and needle techniques can cause bleeding, bruising, infection or a vasovagal reaction. Good screening and correct dosing reduce the risk but do not remove it.

Can I use TENS or EMS if I have plates, screws or metalwork?

Do not decide this on your own. The answer depends on where the metalwork is, on the type of current and on your current clinical situation. It can often be applied by adjusting the electrode placement and the therapeutic goal, but it needs a professional assessment first. If you have metal implants, always seek advice before using any device at home.

And if I take anticoagulants or have a history of thrombosis?

There is no universal yes or no. A healthcare professional should screen you first and choose the appropriate technique for your case. If there is acute thrombophlebitis or suspected active thrombosis, do not use any device on your own and seek advice first: this is a situation that needs medical assessment before any equipment. In the reference guide on electrophysical agents, active thrombosis is listed as a contraindication to transcutaneous currents over the affected area (Houghton et al., 2010). Always tell your physiotherapist about your medication and vascular history before any session.

Is it worth buying a TENS or EMS device for home?

It can be worth it if you have a specific goal, such as easing pain or activating a muscle, and you respect the precautions. It does not replace a clinical assessment, but it can be useful between sessions where there is a clear indication and a clear goal. Before deciding, have a physiotherapist assess your case and set the parameters for you.

Does electrotherapy work for all kinds of complaints?

Electrotherapy does not work for all kinds of complaints. Its usual applications are analgesia, muscle activation and, in some modalities, symptomatic support within a rehabilitation plan. It can be useful in some musculoskeletal presentations, such as low back pain or knee pain, or in recovery after surgery, where the right modality is chosen and integrated into a complete treatment plan. It is also worth knowing where the picture is unsettled. In Bell's palsy, a 2011 Cochrane review found no benefit from electrical stimulation over placebo for incomplete recovery, and no significant difference in synkinesis either, on limited evidence (Teixeira et al., 2011), and a later review was likewise unable to demonstrate its effectiveness (Burelo-Peregrino et al., 2020). A 2026 systematic review points the other way for one specific situation: added to usual care during the acute phase, electrical stimulation reduced the risk of incomplete recovery, at moderate certainty and with the authors' own caveats about risk of bias and short follow-up (Choi et al., 2026). That is a clinically delivered add-on in the first days, not something to try at home, and recommendations across guidelines are still not uniform. The prudent position is therefore unchanged. It should not be applied routinely, and certainly not at home, without specialist assessment and a specific protocol. Always ask your physiotherapist what the aim of the technique is and how they will measure whether it is working.

Sources and references

This article is a desk-based review of the scientific literature, accessed July 2026. It is not a clinical trial of our own and does not replace assessment by a physiotherapist. These are the sources we have drawn on.

Johnson MI, Paley CA, Jones G, Mulvey MR, Wittkopf PG (2022). Efficacy and safety of transcutaneous electrical nerve stimulation (TENS) for acute and chronic pain in adults: a systematic review and meta-analysis of 381 studies (the meta-TENS study). BMJ Open, 12(2), e051073.
Vance CGT, Dailey DL, Rakel BA, Sluka KA (2014). Using TENS for pain control: the state of the evidence. Pain Management, 4(3), 197-209.
Megía García Á, Serrano-Muñoz D, Bravo-Esteban E, Ando Lafuente S, Avendaño-Coy J, Gómez-Soriano J (2019). Efectos analgésicos de la estimulación eléctrica nerviosa transcutánea en pacientes con fibromialgia: una revisión sistemática. Atención Primaria, 51(7), 406-415.
Fuentes JP, Armijo-Olivo S, Magee DJ, Gross DP (2010). Effectiveness of interferential current therapy in the management of musculoskeletal pain: a systematic review and meta-analysis. Physical Therapy, 90(9), 1219-1238.
Hussein HM, Alshammari RS, Al-Barak SS, Alshammari ND, Alajlan SN, Althomali OW (2022). A Systematic Review and Meta-analysis Investigating the Pain-Relieving Effect of Interferential Current on Musculoskeletal Pain. American Journal of Physical Medicine & Rehabilitation, 101(7), 624-633.
Rampazo EP, Liebano RE (2022). Analgesic Effects of Interferential Current Therapy: A Narrative Review. Medicina (Kaunas), 58(1), 141.
Albornoz-Cabello M, de la Cruz-Torres B, Barrios-Quinta CJ (2019). Electroterapia en el abordaje de la cervicalgia mecánica inespecífica. Revisión sistemática de la evidencia científica disponible. Fisioterapia, 41(3), 157-171.
Peng L, Wang K, Zeng Y, Wu Y, Si H, Shen B (2021). Effect of Neuromuscular Electrical Stimulation After Total Knee Arthroplasty: A Systematic Review and Meta-Analysis of Randomized Controlled Trials. Frontiers in Medicine, 8, 779019.
Dhote V, Bhatnagar P, Mishra PK, Mahajan SC, Mishra DK (2012). Iontophoresis: A Potential Emergence of a Transdermal Drug Delivery System. Scientia Pharmaceutica, 80(1), 1-28.
Robertson VJ, Baker KG (2001). A review of therapeutic ultrasound: effectiveness studies. Physical Therapy, 81(7), 1339-1350.
Guan H, Wu Y, Wang X, Liu B, Yan T, Abedi-Firouzjah R (2024). Ultrasound therapy for pain reduction in musculoskeletal disorders: a systematic review and meta-analysis. Therapeutic Advances in Chronic Disease, 15.
Bäumler P, Zhang W, Stübinger T, Irnich D (2021). Acupuncture-related adverse events: systematic review and meta-analyses of prospective clinical studies. BMJ Open, 11(9), e045961.
Houghton PE, Nussbaum EL, Hoens AM (2010). Electrophysical Agents. Contraindications and Precautions: An Evidence-Based Approach to Clinical Decision Making in Physical Therapy. Physiotherapy Canada, 62(5), 1-80.
Teixeira LJ, Valbuza JS, Prado GF (2011). Physical therapy for Bell's palsy (idiopathic facial paralysis). Cochrane Database of Systematic Reviews, Issue 12, CD006283.
Choi Y, Kim PW, Ahn E, Lee S (2026). Electric Stimulation Therapy for Bell's Palsy in the Acute Stage: A Systematic Review and Meta-Analysis. Facial Plastic Surgery & Aesthetic Medicine, 28(3), 284-292.
Burelo-Peregrino EG, Salas-Magaña M, Arias-Vázquez PI, Tovilla-Zarate CA, Bermudez-Ocaña DY, López-Narváez ML, Guzmán-Priego CG, González-Castro TB, Juárez-Rojop IE (2020). Efficacy of electrotherapy in Bell's palsy treatment: A systematic review. Journal of Back and Musculoskeletal Rehabilitation, 33(5), 865-874.

Sports Injuries: A Practical Guide to Understanding, Prevention and Recovery

Stefan Schwarz — Mon, 20 Jul 2026 08:12:00 +0200

This guide covers twelve common sports injuries (ankle sprain, hamstring tear, patellofemoral pain, Achilles tendinopathy, plantar fasciitis, shin splints, meniscus, anterior cruciate ligament, epicondylitis, painful shoulder, stress fracture and dislocation), how to recognise each one, which warning signs to watch for, which principles apply at the start and when an assessment is needed.

How to read the alerts. A red flag needs attention the same day, and where you go depends on the sign. Go to A&E if you heard a crack at the time, the limb has changed shape or points at an odd angle, it is numb or tingling, the skin around it looks blue or grey or feels cold, the pain is severe, or there is heavy bleeding or exposed bone. Call 999 instead if the head, neck or spine is involved, or if the person cannot be moved safely. Call NHS 111 for any other red flag, including being unable to bear weight, a joint you cannot straighten, swelling that keeps getting worse, or fever alongside the injury. A yellow flag means asking for an assessment if the pain prevents walking or normal function, gets worse, appears at rest, becomes very sharply localised over a bone, or does not improve within a few days (within a few weeks for load-related problems).

Important note: this guide is for information only and does not replace the diagnosis or individual assessment of a doctor or physiotherapist. If any of the signs above apply, or you are in any doubt about how serious the injury is, seek professional care.

1. Ankle sprain: the injury everyone underestimates until it comes back

You roll your ankle, grit your teeth and, two weeks later, you are running again. Three months on, the same ankle gives way on a wet paving slab. The ankle sprain is one of the most common sports injuries and one of the most poorly rehabilitated.

What it is and how it happens. A sprain is an overstretch or partial tear of the ankle ligaments. It happens when the foot rolls inwards sharply: a bad landing, a change of direction, stepping on another player, an uneven surface.

Typical signs. Immediate swelling, bruising on the outer side of the ankle and pain on weight-bearing. Red flag: visible deformity, or pain that is severe rather than merely bad → 999 or A&E. If you cannot bear weight and take four steps in a row → NHS 111 the same day, because an X-ray may be needed to rule out a fracture.

Treatment and recovery. Acute phase (48 to 72 hours): protection, gentle and well-tolerated loading, compression and elevation, and ice only if it eases the pain (the PRICE approach, now oriented towards early loading). Recovery phase: it is not enough for the pain to stop. You need joint mobility, ankle and foot strength and proprioception (balance exercises on unstable surfaces), a key component in reducing the risk of recurrence (Vuurberg et al., 2018). Rigid strapping can provide support during the return to activity.

Prevention: suitable footwear, gradual load progression and ankle exercises.

Right now: relative rest, compression if there is swelling and gentle mobility; if you cannot bear weight → NHS 111.

2. Hamstring tear: the sudden stop that leaves you rooted to the spot

You are accelerating and, all of a sudden, you feel a whip-crack at the back of your thigh. You pull up dead and know something has torn. A hamstring tear is one of the most feared muscle injuries in running sports because, badly managed, it follows you all season.

What it is and why it happens. The hamstrings brake your leg as you run. Every stride asks them to contract while they lengthen (eccentric work). The usual triggers are accumulated overload, sprints without a warm-up, sharp decelerations, fatigue and an eccentric-strength deficit. Hamstring injuries commonly affect the long head of the biceps femoris, though the precise site needs assessment.

How to recognise it. Localised, stabbing pain, a sense of a pull or of being struck by a stone, and possible bruising. Red flag: a palpable gap, a clear loss of strength or extensive bruising with sudden pain → urgent assessment. Yellow flag: if it stops you walking normally, ask for an assessment without waiting; the same applies if it does not improve within a few days.

Treatment. Acute phase: protection and gentle, well-tolerated loading (the PRICE approach, now moving towards early loading). A common mistake: stretching aggressively. Do not do it. Progression: gentle mobility → eccentric strength (Nordic curls, Romanian deadlift) → technical running → sport-specific movements. Skipping stages increases the risk of recurrence.

Prevention: a dynamic warm-up, glute and hamstring strength with Nordic-type eccentric work (Al Attar et al., 2017) and respecting rest.

Right now: protection, gentle loading and no aggressive stretching; if there is a palpable gap or loss of strength → urgent assessment.

3. Patellofemoral pain syndrome: when the knee complains on every staircase

You go down the stairs and the knee grumbles. You stand up after sitting for a while and feel stiffness around the kneecap. Patellofemoral pain syndrome is a common cause of anterior knee pain in runners and jumping athletes.

What it is. The pain sits around or behind the kneecap and gets worse with activities loading the joint in flexion, such as stairs, squats and running downhill. It is not destroyed cartilage and does not require surgery in most cases. It is a knee that cannot cope with the load you are asking of it.

Typical triggers. Sudden increases in volume, changes of surface or footwear, weakness of the gluteus medius and quadriceps, and limited mobility at the ankle or hip.

Treatment. Load adjustment does not mean stopping for weeks, but finding the volume your knee tolerates now and progressing from there. Strength: gluteus medius, quadriceps with control, core. Combined hip and knee exercise tends to be a central intervention, alongside education and load management, rather than an optional add-on (Collins et al., 2018). Mobility: if your ankle does not bend well or your hip is stiff, the knee compensates.

Prevention: strength, load progression and a biomechanical assessment if it recurs.

Right now: reduce load, activate the glutes and work ankle mobility; if it gets progressively worse → assessment.

4. Achilles tendinopathy: the silent injury that gets worse if you ignore it

The Achilles tendon often gives warning before it ruptures, though not always. The problem is that its signals are easy to mistake for normal runner's niggles, so people carry on training as before.

What it is and typical signs. A load-related disorder of the tendon connecting the calf muscles and soleus to the heel, involving pain and reduced tolerance to load rather than a simple acute inflammation. Signs: morning stiffness that eases as you walk, pain that gets worse with jumping or hills, tenderness when you press on the tendon.

Common mistakes. Taking painkillers or anti-inflammatories to mask the symptoms and carrying on training as before. They ease the symptom, they do not repair the tendon, and their choice, dose and duration depend on the injury and your clinical situation, so discuss them with a professional. Complete rest does not work either. The tendon needs load to adapt.

Treatment. Load adjustment: reduce the peaks of stress (hills, intervals, plyometrics) without complete inactivity. Progressive strength: tendon-loading exercises (heel raises, isometric work in irritable phases and progression towards concentric-eccentric work as tolerated), one of the most strongly supported foundations of conservative treatment (Arnal-Gómez et al., 2020).

Prevention: sensible progression, suitable footwear and calf-soleus strength twice a week.

Right now: reduce impact and progressively load the calf-soleus with an individualised plan, because the response to isometrics is heterogeneous and there is no universal dose (Clifford et al., 2020).

Yellow flag: if it does not improve within 2 to 3 weeks → professional assessment.

5. Plantar fasciitis: the heel pain that shapes every step

You get up and the first few steps feel like nails in the heel. It eases afterwards, but comes back once you have been sitting. Plantar fasciitis responds badly to the rest-and-wait approach.

What it is. The plantar fascia connects the heel to the toes. When the load exceeds its capacity, the tissue becomes irritated. Pain in the heel or arch, more intense when you get up or after a spell of inactivity.

What makes it worse. Sudden increases in load, worn footwear, stiffness in the calves, weakness of the foot.

Treatment. Load modification: find the volume you tolerate without the pain increasing. Calf and soleus mobility: sustained stretches and joint-mobility work. Strengthening: toe-gripping exercises, heel raises, glute work. Combining exercise, stretching and, where needed, orthoses tends to give better results than any single measure on its own (Díaz López and Guzmán Carrasco, 2014). Low-Dye or kinesiology taping can complement this programme in the short term; we cover it in our plantar fasciitis taping guide.

Prevention: strength, sensible progression and alternating impact activities.

Right now: calf and fascia stretching as tolerated, toe-gripping exercises and reduced impact.

6. Shin splints (medial tibial stress syndrome): the shin pain that warns you before it gets worse

A diffuse ache along the shin bone after running. You carry on because it is not that bad. Three weeks later, it is constant.

What it is. A load-related condition along the inner border of the tibia. The familiar label "periostitis" does not describe a single mechanism well, and the evidence does not reduce it to a simple inflammation of the periosteum (Moen et al., 2009). A diffuse pain linked to repeated impact, improving with rest and worsening with load.

Causes. Volume or intensity raised too quickly, a switch to a hard surface, a technique with a lot of impact, unsuitable footwear, weakness in the leg and foot.

Treatment. Load adjustment: reduce impact and alternate with cycling or swimming. Strength: calf, soleus, hip and foot to improve impact absorption. Red flag: if the pain becomes very localised to one point and persists at rest → urgent assessment to rule out a stress fracture.

Prevention: progress the load gradually according to tolerance and response, with softer surfaces and regular strength work.

Right now: less impact (bike or cross-trainer), foot and ankle strength; if the pain is pinpoint → urgent assessment.

7. Meniscus injury: not all pain deep in the knee is serious

You twist and feel a click. The next day, swelling and a sense that something does not quite fit.

What it is. The menisci are cartilage pads cushioning the knee. They are damaged by sharp twists with the foot fixed, loading in deep flexion or degeneration. Some are stable fissures, others tears that displace tissue.

Signs. Pain along the joint line, clicking, a sense of locking, instability when turning. Red flag: a locked knee you cannot straighten → NHS 111 the same day.

Treatment. Many improve with conservative management: quadriceps and hip strength, neuromuscular control, progressive mobility. If locking does not settle, an orthopaedic specialist assesses whether to intervene.

Prevention: technique on changes of direction, and hip and quadriceps strength.

Right now: avoid twisting and deep loading, quadriceps in a pain-free range; if it locks → NHS 111.

8. Anterior cruciate ligament rupture: the injury that changes the season

You land from a jump, the knee caves inwards and you hear a pop. An anterior cruciate ligament (ACL) rupture is the most feared injury in pivoting sports.

What it is. The ACL stabilises the knee by preventing the tibia from sliding forward and by controlling rotation. It ruptures with combined rotation, valgus and sharp deceleration.

Symptoms. An audible pop, rapid swelling, instability, difficulty straightening the knee. Red flag: these symptoms after a twist or a landing → urgent assessment.

Treatment. It depends on the instability, any associated injuries, your own goals and a shared decision with the team treating you. It is not an automatic choice based on your sport or your age. Progressive rehabilitation is decisive whether or not you have surgery. Phased rehabilitation: mobility → strength → controlled jumping → changes of direction. Return based on functional testing.

Prevention: strength, landing technique, control of valgus and fatigue management. Neuromuscular programmes that combine strength, plyometrics and landing work are associated with lower risk, particularly in women (Gómez-Tomás et al., 2021).

Right now: relative immobilisation, ice and urgent professional assessment.

9. Lateral epicondylitis: you do not need a racket to suffer from it

Tennis elbow that shows up without any tennis. Any overload of the forearm extensors can set it off.

What it is. Overload of the wrist extensor tendons at the epicondyle. Persistent cases involve load-related changes in the tendon and cannot be reduced to a simple acute inflammation.

Triggers. A hard grip in the gym, manual work, prolonged computer use with poor ergonomics.

Treatment. The tendon needs load to adapt, not endless rest. Load adjustment: reduce what triggers pain, but do not cut out all activity. Progressive strength: wrist extensors with a light load, increasing gradually. Ergonomics: wrist position at work and in the gym. An elbow support can reduce the strain during specific tasks.

Prevention: wrist warm-up, sensible progression and ergonomics.

Right now: reduce hard gripping, do light-load wrist extension and review your ergonomics.

10. Painful shoulder: the signal you should not push through on every press

A twinge as you lift the bar. An arm that will not go up as it did. Trouble sleeping on the affected side.

What it usually is. Overload of the rotator cuff, subacromial irritation or strain from excessive volume. You do not always need a diagnostic label to start improving.

Signs. Pain when lifting the arm above the horizontal, discomfort when getting dressed, loss of range. Red flag: severe pain after trauma → 999 or A&E; marked weakness or pain that does not settle → urgent assessment.

Treatment. Reduce exercises that trigger pain. Restore thoracic mobility, strengthen the external rotators and train scapular control.

Prevention: correct technique, measured volume and a specific warm-up.

Right now: avoid painful movements, do external rotations and thoracic mobility; if there is marked weakness → urgent assessment.

11. Stress fracture: the bone that warns you before it breaks

Pain always in the same spot, so localised you could point to it with one finger. It eases when you stop and comes back with impact. There was no blow.

What it is. Bony micro-cracks from repeated load without enough recovery. The metatarsals and tibia are the most affected in runners.

How to suspect it. Pinpoint pain that increases with impact and barely improves with a short rest. Unlike shin splints, the pain is concentrated, not diffuse.

What to do. Red flag: stop impact completely. The initial X-ray can be normal. An MRI scan tends to detect bone stress injuries earlier. Once the injury has been assessed and the clinician has said how the area may be loaded, the return is very gradual: no impact (bike, swimming) → controlled loading → strength → gradual running. Review nutrition (calcium, vitamin D) and rest.

Prevention: do not raise volume suddenly, alternate surfaces and do regular strength work.

Right now: stop impact loading and see a professional today or tomorrow, before substituting any other activity.

12. Dislocation or subluxation: when the joint comes out of place

The shoulder goes in a fall. The finger ends up in an impossible position. This is the moment to stay calm and act sensibly.

What it is. A dislocation is the complete loss of contact between the joint surfaces; a subluxation, a partial or temporary loss of that alignment. At the shoulder: a fall with the arm in abduction or rotation. In the fingers: axial impact or hyperextension.

Warning signs. Red flag (any of these → 999 or A&E): visible deformity, pain that prevents movement, loss of function, tingling or numbness.

Immediate action. Immobilise it in the current position. Do not try to put it back. Shoulder: an improvised sling. Finger: immobilise it as it lies, without manipulating it or taping it to the neighbouring finger. Then A&E.

Rehabilitation. Shoulder: rotator-cuff stability and scapular control. Hand: grip strength and mobility. Without this phase, the risk of recurrence can increase.

Prevention: falling technique, strength of the stabilisers and protection in contact sports.

Right now: immobilise, do not manipulate it, go to A&E.

Your recovery plan: from injury to returning to sport

What follows are general principles, not a plan that fits all twelve injuries. What you actually do depends on the diagnosis and on how serious the injury is. Use the section that matches your own injury and the instructions of the professional who assessed it, and do not apply any of this to a red flag or to an injury that has not been assessed.

1. Initial principles after an assessed injury. The first few days (moving from the classic PRICE towards early loading):

Protection: avoid movements that reproduce pain.
Relative rest: reduce the load while keeping gentle mobility if it does not trigger symptoms.
Cold (optional, only if it helps you): in an acute injury already assessed it can be used with a cloth barrier, never directly on the skin. Follow the plan you have been given and stop it if it irritates or numbs the skin. It eases pain but does not speed up healing, so it is not essential.
Compression: an elastic bandage that supports the area without compromising circulation.
Elevation: above heart level.

Cold and compression help you manage the first few days, but recovery comes mostly with movement. The current approach, summed up in the acronym PEACE & LOVE, prioritises early protection and an early return to gentle, well-tolerated loading rather than prolonged rest (Dubois and Esculier, 2020). Do not use painkillers to mask the symptoms and carry on training. Their choice, dose and duration depend on the injury, any other medication and your clinical situation, so discuss them with a doctor or pharmacist. Yellow flag: apply the criteria from the introduction and ask for an assessment if any are met.

2. From rest to intelligent loading. In a load-related injury already assessed, use your response during the activity and the next day as your reference, within the margin agreed with the professional. If you are worse tomorrow, you loaded too much.

A common progression, adapted to the diagnosis and to how you respond:

Gentle mobility
Basic strength
Coordination and proprioception
Sport-specific movements at progressive intensity

Progressing too quickly can increase the risk of recurrence, depending on the injury and the phase.

3. Return criteria. Do not go back just because it no longer hurts. Check:

Range of movement almost complete versus the healthy side
Comparable strength in relevant tasks
Running, jumping and turning without pain or apprehension
Criteria of function, symptoms and confidence before competing

If you fail on any of these, you are not ready.

4. When to progress more conservatively

A longer warm-up
More strength (your best insurance)
More recovery (respect rest, progress conservatively)

Phase	When	What to do	Criterion to progress
Initial principles	After an assessed injury, during the first few days	Protection, relative rest (keeping gentle mobility if it does not trigger pain), optional cold if it helps you, with a cloth barrier and following the plan indicated, compression and elevation. Discuss any painkiller with a doctor or pharmacist.	The pain starts to settle. Yellow flag: if any of the alert criteria are met, seek an assessment.
Intelligent loading	In a load-related injury already assessed, when the pain is tolerable and does not get worse the next day	Progress through the phases without skipping them: gentle mobility → basic strength → coordination and proprioception → sport-specific movements at progressive intensity.	You tolerate the current phase without the pain getting worse the next day.
Return to sport	Before training flat out or competing again	Check for near-complete range of movement versus the healthy side, comparable strength, and running, jumping and turning without pain or apprehension. Current consensus statements recommend deciding on criteria of function, symptoms, context and confidence, not on a fixed number of sessions or the calendar (Meredith et al., 2020).	You meet every point. If you fail on any, you are not ready yet.
Over 50 or after a long lay-off	An adjustment that applies to every phase	A longer warm-up, more strength work and more recovery (respect rest).	Progress more conservatively in each phase.

Equipment for recovery and prevention: what can help you

No accessory replaces good load progression or a professional's assessment, but the right equipment makes the early phases and prevention work easier. Kinemarket sells the categories named below, so treat this as buying guidance rather than a clinical recommendation. This is what to look at depending on what you need:

For the acute phase (cold and compression): reusable hot-and-cold packs and compression bandages, if the professional assessing you recommends them.

For supporting the area: ankle, knee and elbow supports and bandages and strapping tape, which add stability during the return to activity.

For pain relief (TENS): portable electrical stimulators, useful as symptomatic support while you regain movement.

For choosing kinesiology tape: elastic kinesiology tape (AcuTop or Temtex, for example) as a proprioceptive complement, never as a standalone treatment.

For strengthening and prevention (active work): resistance bands, balance boards and proprioception equipment for the strength and control exercises that prevent recurrences.

If you are buying for a practice or club, we set out the purchasing criteria (conformity, consumables, warranty and service) in our comparison of Globus and NeuroTrac and in our list of essential equipment.

Before using any support or device, go back over the red flags in this article and, if in doubt, let a physiotherapist assess your case.

Frequently asked questions about sports injuries

When should you go to A&E, and when should you call NHS 111? The full split is under the alerts at the top of this guide. In short: 999 or A&E for deformity, a heard crack, numbness, discoloured or cold skin, severe pain, heavy bleeding, or head, neck or spine trauma. NHS 111 the same day for every other red flag.

Ice or heat? Cold can temporarily ease some acute injuries, but it is not compulsory and does not speed up healing on its own. If you use it, protect the skin with a barrier and follow the product's or the professional's instructions. Heat should not be applied as a general rule over an area that is newly injured, markedly swollen or has altered sensation. Once the acute phase has passed, controlled movement usually wins.

Do you always need a scan? No. Imaging follows the clinical assessment: an X-ray where a fracture is suspected, and MRI or ultrasound where the result would change management. MRI or ultrasound if the pain persists, there is instability, or an injury is suspected whose diagnosis could change the treatment. Many injuries are managed with clinical examination alone.

Can you train through pain? In a load-related injury already assessed, mild pain that does not get worse the next day lets you train with adjustments. If it increases, forces you to change your technique or becomes more intense at 24 hours, you are overloading. Do not apply this rule where a fracture, dislocation, acute ligament injury, joint locking, deformity or neurological or vascular symptoms are suspected. Those are assessed before you train.

Does taping really help? It can help as support, with proprioceptive feedback and by modulating symptoms. It does not replace active work. A complementary tool, not a magic fix.

Sources and references

These are some of the reviews and studies we drew on to write this article:

Moen MH, Tol JL, Weir A, Steunebrink M, De Winter TC (2009). Medial tibial stress syndrome: a critical review. Sports Medicine, 39(7), 523-546. The histological evidence does not support traction periostitis as a single mechanism.
Clifford C, Challoumas D, Paul L, Syme G, Millar NL (2020). Effectiveness of isometric exercise in the management of tendinopathy: a systematic review and meta-analysis of randomised trials. BMJ Open Sport & Exercise Medicine, 6(1). Heterogeneous response; it does not support a universal dose.
Meredith SJ, Rauer T, Chmielewski TL, et al. (2020). Return to sport after anterior cruciate ligament injury: Panther Symposium ACL Injury Return to Sport Consensus Group. Knee Surgery, Sports Traumatology, Arthroscopy, 28(8), 2403-2414. Return to sport is decided on criteria, not on time.
Vuurberg G, Hoorntje A, Wink LM, et al. (2018). Diagnosis, treatment and prevention of ankle sprains: update of an evidence-based clinical guideline. British Journal of Sports Medicine, 52(15), 956.
Al Attar WSA, Soomro N, Sinclair PJ, Pappas E, Sanders RH (2017). Effect of injury prevention programs that include the Nordic hamstring exercise on hamstring injury rates in soccer players: a systematic review and meta-analysis. Sports Medicine, 47(5), 907–916.
Collins NJ, Barton CJ, van Middelkoop M, et al. (2018). 2018 Consensus statement on exercise therapy and physical interventions (orthoses, taping and manual therapy) to treat patellofemoral pain. British Journal of Sports Medicine, 52(18), 1170–1178.
NHS. Sprains and strains and Broken ankle. Used for the emergency and urgent-advice criteria in this guide.
Dubois B, Esculier JF (2020). Soft-tissue injuries simply need PEACE and LOVE. British Journal of Sports Medicine, 54(2), 72–73.
Díaz López AM, Guzmán Carrasco P (2014). Efectividad de distintas terapias físicas en el tratamiento conservador de la fascitis plantar: revisión sistemática. Revista Española de Salud Pública, 88(1).
Arnal-Gómez A, Espí-López GV, Cano Heras D, et al. (2020). Revisión bibliográfica sobre la eficacia del ejercicio excéntrico como tratamiento para la tendinopatía del tendón de Aquiles. Archivos de Prevención de Riesgos Laborales, 23(2).
Gómez-Tomás C, Rial Rebullido T, Chulvi-Medrano I (2021). Estrategias de prevención neuromuscular para las lesiones de ligamento cruzado anterior sin contacto en jugadoras de baloncesto. Revisión narrativa. MHSalud, 18(2).

Globus vs NeuroTrac: TENS and EMS compared

Stefan Schwarz — Mon, 20 Jul 2026 08:21:00 +0200

Globus and NeuroTrac are two established brands of TENS and EMS units in physiotherapy, each with a distinct range philosophy. Globus is an Italian electrical stimulation brand that emphasises breadth, with units of up to 4 channels and up to 271 programmes at the top of the range, spanning sport, aesthetics and general rehabilitation. NeuroTrac, the brand under which the Irish manufacturer Verity Medical markets its devices, takes a clinically focused approach. The two TENS+EMS models compared here, the Multi-TENS and the Rehab, have 2 channels, while the wider NeuroTrac range includes MyoPlus configurations with other channel counts. The range is built around phase-based customisable programmes, pelvic floor work and biofeedback.

If you are equipping your practice with electrical stimulation, this Globus vs NeuroTrac comparison covers the two ranges and the purchasing criteria that decide between them.

Two notes before we start. Kinemarket distributes both brands, and this is a desk-based comparison of specifications and catalogue prices, built from the product data sheets and the information published by the manufacturers. It is not a clinical trial or a performance test of our own. And the CE marking on the models reviewed means the manufacturer declares conformity with the applicable European requirements. It is not EU approval, a seal of quality or proof of clinical superiority.

Globus vs NeuroTrac: quick verdict

Globus is the better fit for a practice that wants a single versatile unit, with up to 4 channels and from 20 to 271 programmes depending on the model. NeuroTrac is the better fit for a practice centred on clinical TENS work and neuromuscular re-education, with the 2 channels of the models compared here, preconfigured TENS and NMES programmes, phase-based customisation and usage logging for home treatment.

Choose Globus if you want a single device that covers sports EMS, aesthetics and general rehabilitation, with up to 4 channels and the broadest programme catalogue of the range (271 on the Activa 700), and you work with a varied patient mix.
Choose NeuroTrac if your priority is clinical TENS work and neuromuscular re-education, pelvic floor or biofeedback, and you value phase-based customisation and adherence tracking.

For a practice that does TENS and electrical muscle stimulation (EMS) in equal measure, a multichannel Globus gives more versatility in a single device and a NeuroTrac offers more specific treatment-control features. The decision comes down to your patient mix.

Comparison at a glance

	Globus	NeuroTrac
Type of brand	Italian brand with a broad range (medical, sport, aesthetics, veterinary)	Verity Medical's brand (Ireland/UK), specialising in rehabilitation and biofeedback
Channels (by range)	2 to 4 channels	2 channels on the TENS+EMS models compared here; the NeuroTrac range also includes MyoPlus configurations with more channels
Programmes and customisation	From 20 (Duo TENS) to 271 (Activa 700) depending on the model	Multi-TENS: 13 TENS + 4 NMES + 3 customisable (1 to 5 phases); Rehab: 10 TENS + 10 NMES + 2 customisable TENS + 1 remote-controlled STIM (manufacturer documentation)
TENS / EMS	Yes, both, plus MENS, iontophoresis, currents for denervated muscle, incontinence	Yes, both (TENS + NMES)
Specialities	Sport and performance, aesthetics, general rehabilitation	Pelvic floor and continence, neuromuscular re-education, EMG biofeedback (in its wider range)
Customisation	Extensive catalogue of preset protocols	Fewer preconfigured programmes, but multi-phase customisation and a remote control
Adherence tracking	Stim Lock and Work Time functions on several models; no detailed daily log in the documentation we reviewed	Lock plus a log of up to 5 daily sessions over 60 days (Multi-TENS, according to its documentation); the Rehab also has a lock function
Marking / class	CE-marked medical devices (models reviewed); the distribution data sheets we checked declare Class IIa for the Activa 700, Genesy 600, Genesy 300 Pro and Duo TENS	CE-marked medical devices (models reviewed)
Warranty (according to the data sheets)	2 years for the unit, 6 months for accessories	2 years for the unit, 6 months for accessories
Indicative price*	Around €129 to €599 depending on the model	Around €169 to €199 depending on the model

*Indicative prices from Kinemarket's Spain/EU catalogue, checked in July 2026, shown in euros with Spanish VAT included; tax treatment and delivery costs vary by destination. The catalogue and promotions change, and depending on the season there may be special offers on products from either brand.

Globus: profile and range

Globus is an Italian brand with a very broad range of therapeutic technology. Its official documentation identifies Domino S.r.l. (Codognè, in the Veneto) as the manufacturer. Domino also produces shockwave, TECAR therapy, laser, ultrasound and magnetotherapy equipment as well as rehabilitation systems, and it runs dedicated lines for sport, aesthetics and veterinary use. In electrical stimulation, the hallmark of the range is the portable multichannel unit with a broad programme catalogue, built to cover many indications with a single device.

The stimulation range runs from a simple TENS unit to a four-channel device with aesthetic protocols. From the most complete to the most basic, with the programme counts published in the official sources and technical data sheets cited under Sources:

Globus Activa 700: 4 channels and 271 programmes (EMS, TENS, MENS, incontinence, co-contraction and the 3S sequences), spread across sport, aesthetics and rehabilitation. Of the models compared here it is the most complete, particularly if you also want aesthetic protocols.
Globus Genesy 600: 4 channels and 149 programmes (EMS, TENS, MENS, currents for denervated muscle, incontinence, iontophoresis), Class IIa according to its distribution data sheet, with features such as 2+2 working, which runs two programmes over two treatment areas at once. A versatile clinical option.
Globus Genesy 300 Pro: the mid-range model in the Genesy line, clinically oriented, with 91 programmes and the same 2+2 function, for practices that do not need the full upper range. If you are weighing up these two models, we compare them in detail in Genesy 600 versus Genesy 300 Pro.
Globus Elite (4 channels): a versatile, more affordable four-channel unit with 98 programmes across rehabilitation, TENS, EMS and aesthetics. A good way into multichannel work.
Globus Duo TENS (2 channels): a simple, economical unit with 20 programmes (16 for TENS and pain, 3 for sport and 1 for fitness, beauty and wellbeing), useful as a second device or for basic symptomatic relief.

Taken together, Globus covers everything from basic TENS to four-channel units with aesthetic protocols included, which makes it straightforward to standardise a practice around a single brand.

NeuroTrac: profile and range

Verity Medical, a manufacturer established in 1998, based in Ireland with an office in the United Kingdom, designs and manufactures the devices it markets under the NeuroTrac brand. Rather than a generalist catalogue, it concentrates on clinical use: TENS, NMES and, in its wider range, EMG biofeedback and pelvic floor and continence rehabilitation. The brand's emphasis is on protocol-based treatment and patient follow-up, and the models reviewed here are CE-marked.

Two units in the range combine TENS and EMS:

NeuroTrac Multi-TENS: 2 channels with 13 TENS programmes (continuous, burst and modulated), 4 EMS/NMES programmes and 3 customisable programmes of 1 to 5 phases. It can run two different TENS programmes at the same time, and it can lock the settings while logging up to 5 daily sessions over 60 days to monitor adherence.
NeuroTrac Rehab TENS+EMS: 2 channels aimed at rehabilitation, with 10 preconfigured TENS and 10 preconfigured NMES programmes, 2 customisable TENS programmes and 1 remote-controlled stimulation programme, so you can adjust treatment during the session. It also includes a lock function to record usage.

Beyond these two models, the brand rounds out its catalogue with dedicated TENS units and the EMG biofeedback line (MyoPlus). If your work goes in that direction, it is worth bearing in mind even if you start with a Multi-TENS or a Rehab.

What they share and where they fundamentally differ

Before choosing, it is worth separating what is common from what genuinely changes in the clinic.

What they share. The Globus range and the NeuroTrac units made by Verity Medical carry CE marking on the models reviewed and cover TENS for pain relief and EMS/NMES (muscle contraction and strengthening), two of the most widely used currents within electrotherapy in physiotherapy. Both work with standard self-adhesive electrodes, offer the usual TENS modes (continuous, burst, modulated) and allow a degree of customisation. For routine TENS or muscle stimulation, both cover the modes used day to day, and we have not identified independent comparative studies showing that either brand delivers better clinical results than the other.

Where they differ. The underlying difference is range philosophy. The Globus range is the generalist one and emphasises breadth, with more channels (up to 4), a catalogue reaching 271 preset protocols at the top of the range, and applications running from sports performance to aesthetics in a single device. The NeuroTrac range, made by Verity Medical, keeps a clinical focus. The two TENS+EMS models compared here have 2 channels and fewer preconfigured programmes, but those programmes are customisable in phases and come with adherence tracking. Neither range is "more complete" in the abstract; they are complete in different ways.

How do you choose a stimulator for your practice?

Choosing a stimulator comes down to nine criteria: the clinical goal, the number of channels, breadth of programmes versus customisation, manual parameter control, the speciality, adherence tracking, conformity documentation, consumables and supply. Each one tips the balance towards one brand or the other.

The clinical goal, before the model. TENS and EMS are not after the same thing. The first modulates pain, the second produces muscle contraction. Almost every unit compared here combines both modes, but it is worth checking the data sheet to confirm that the programme you intend to use is on that specific model and not merely somewhere in the range. If you work in neurorehabilitation aimed at restoring a function, such as gait or hand opening, what you need is functional electrical stimulation (FES), a different category from the ones compared in this article.

Number of channels. Each channel feeds a pair of electrodes, so the number of channels sets how many areas you can treat at once. If you need to treat several areas simultaneously, the 4 channels of the Globus upper range (Activa 700, Genesy 600, Elite) give you room. On compatible models the 2+2 function runs two different programmes over two treatment areas, within the model's instructions, channel configuration and supplied accessories. Having four channels is not enough on its own. If your work is more a matter of one area per session, the 2 channels of the Multi-TENS or the Rehab, or of a Globus Duo, are enough. If the number of channels is your main criterion, Globus gives you more headroom, with up to four on the models named against the two of the Multi-TENS and the Rehab.

Breadth of programmes versus customisation. Globus offers a large catalogue of ready-to-use protocols, convenient when you want to select a protocol and apply it. NeuroTrac offers fewer preconfigured programmes, but they are customisable in phases and come with a remote control, useful when you tailor treatment to the patient and to the session.

Manual parameter control. Preconfigured programmes save time, but being able to adjust intensity, frequency and pulse width by hand makes the difference when you adapt the session to a particular patient, or when you want to work close to the parameters described in published protocols. The clinically oriented units in both ranges allow that adjustment; the more basic models, such as the Duo TENS, rely mainly on their factory programmes. Check the data sheet to see how far manual control goes on the model you are considering.

Clinical speciality. The speciality is one of the decisive criteria. For pelvic floor, continence, neuromuscular re-education or EMG biofeedback, NeuroTrac has a dedicated line (MyoPlus). For sports EMS, aesthetics or a broad and varied general rehabilitation caseload, the Globus range covers more ground.

Follow-up and supervised home use. If you prescribe home treatment and want to check adherence, the Multi-TENS offers, according to its documentation, a settings lock and a history of up to 5 daily sessions over 60 days, and the Rehab also includes a lock function. Some Globus models carry functions such as Stim Lock and Work Time, although the documentation we reviewed does not describe a daily log equivalent to the Multi-TENS's. For detailed adherence tracking, NeuroTrac offers the more specific feature.

Conformity and documentation. Check the declaration of conformity for the specific model and the class it declares, because the class follows from the intended purpose the manufacturer has established and it sets the conformity assessment procedure the device had to go through. Where that procedure requires third-party assessment, it is carried out by an EU notified body for CE marking, and the body's identification number must appear on the label (MHRA). Make sure the instructions for use reach you in a language you fully understand, because safe use depends on them. And if a data sheet names a regulatory framework, check that it is the one currently in force.

Consumables, restocking and service. Both use standard self-adhesive electrodes, so restocking does not usually tie you to the equipment brand, provided the connector type and the device specifications match. Work out the cost of the consumable before deciding. A cheap unit with expensive or hard-to-find spares works out expensive over two years. Check the availability of spares and the technical service as well. At Kinemarket you have replacement electrodes suitable for units from both brands, such as the disposable TENS electrodes with cables.

Standardisation and supply. Both brands have an ongoing presence in our catalogue, although availability varies by model, so check stock before equipping the practice. The breadth of the Globus range makes it straightforward to standardise a whole practice on one brand, whereas NeuroTrac fits better as a specialised unit within a practice with a defined clinical profile.

Which practice does each brand suit?

There is no universal answer; it depends on your patients and how you work. Four typical scenarios:

Sports and performance practice. If you use EMS for strength, endurance or recovery and also want aesthetic protocols, the Globus range is the better fit; the Activa 700 for the breadth of its programme catalogue, or the Elite as a more contained four-channel option.
Pelvic floor, continence and neuromuscular re-education. For this profile, NeuroTrac is the range with the most specific features. The Rehab TENS+EMS covers re-education with a remote control and, if you need EMG biofeedback, its MyoPlus line.
Treatment prescribed for home. If you send the patient home with a device and want to monitor adherence, the NeuroTrac Multi-TENS, with a settings lock and session logging, is built for supervised home use.
Clinical all-rounder for TENS and EMS. If you want a single device that does almost everything in the clinic, the Globus Genesy 600 (4 channels, 149 programmes, Class IIa according to its data sheet) is the versatile option in this selection; the Multi-TENS is the more focused, lower-cost alternative in this selection.

Frequently asked questions

Which has more programmes, Globus or NeuroTrac?

Globus, by a clear margin. Its range runs from the 20 programmes of the Duo TENS to the 271 of the Activa 700, while the NeuroTrac TENS+EMS units work with a smaller set of preconfigured programmes (13 TENS and 4 NMES on the Multi-TENS; 10 and 10 on the Rehab) plus the customisable ones. The useful question is not how many there are, but whether you prefer choosing from many preconfigured options or building your own in phases.

What warranty do Globus and NeuroTrac units come with?

According to the distribution data sheets, both brands offer a two-year warranty on the unit and 6 months on accessories such as cables, batteries or chargers. Those same data sheets give no warranty on consumables such as electrodes or conductive gel. Confirm the seller's specific terms before buying.

Can I combine a Globus and a NeuroTrac in the same practice?

Yes. In a mixed-profile practice, a multichannel Globus can cover the general EMS and TENS work on the treatment couch, while a NeuroTrac is kept for pelvic floor, biofeedback or supervised home treatments.

Can I use the same electrodes with both brands?

In many cases, yes. Both brands work with standard self-adhesive electrodes, but compatibility depends on the connector type (snap or 2 mm pin) and on each unit's specifications. Check them before ordering a large batch.

Is a 4-channel unit worth it if I only treat one area per session?

Not necessarily. Four channels earn their place when you treat several areas at once, or on the models whose 2+2 function is described above. If your practice is one area per session, a 2-channel unit does the job and lowers the outlay. Size the equipment to your real volume, not to the theoretical maximum.

Does CE marking guarantee a better stimulator?

No. CE marking shows that the product has followed the conformity assessment procedure that applies to it according to its class. It does not compare one unit with another and it does not certify clinical performance. To judge a specific model, its declaration of conformity tells you considerably more than the symbol printed on the casing.

Sources

Globus Corporation (the brand's official site, Codognè, Italy): the official brand site and the official English product page for the Genesy 300 Pro (91 programmes), together with the official English technical data sheets for the Activa 700 (4 channels, 271 programmes), Genesy 600 (149 programmes), Elite (98 programmes) and Duo TENS (20 programmes). Checked in July 2026.
Verity Medical (manufacturer, Ireland/UK): the official pages for the NeuroTrac Multi-TENS and the NeuroTrac Rehab, with the programme breakdowns and the lock functions. Checked in July 2026.
Medicines and Healthcare products Regulatory Agency (MHRA): Regulating medical devices in the UK. Used for the declaration of conformity and the technical documentation a manufacturer must have drawn up, for the conformity assessment procedure that must have been carried out where it applies, for mandatory third-party assessment for CE marking being carried out by an EU notified body, and for the requirement that the body's number appears on the label where relevant. Checked in August 2026.
Distribution product data sheets for the models discussed: checked in July 2026. Source split: Globus's official pages and technical data sheets provided the channels, the programme counts and the functions for the Activa 700, Genesy 600, Genesy 300 Pro, Elite and Duo TENS; Verity Medical's official pages provided the programme breakdowns and the functions for the Multi-TENS and Rehab; the distribution data sheets provided the declared class, the warranties and the prices. Where a current primary source publishes an exact figure, it prevails over distribution documentation.

Underwrap, Cohesive Bandage or Rigid Strapping: Which to Use

Stefan Schwarz — Mon, 20 Jul 2026 08:36:00 +0200

Underwrap, cohesive bandage and rigid strapping tape solve three different problems. Underwrap protects the skin, cohesive bandage compresses, secures and supports, and rigid strapping tape provides the greatest and most targeted mechanical restriction. How much any of them restricts depends on the product, the number of layers, the area and the technique. All three can appear in the same taping and all three end up on the same ankle, but they do not adhere in the same way (underwrap and cohesive bandage stick to themselves, not to the skin) and they do not do the same job, so it is easy to treat them as interchangeable.

They are not. A functional taping may combine all three, each in its own role, but every layer is optional and the choice depends on the technique.

Here we run through what each material is, when it is the primary choice, and how they fit together in a single taping, so that restocking and selection stop being a matter of habit. One note before we start: Kinemarket stocks products in all three categories, and this comparison is built from product function and manufacturer documentation, not from an adhesion, support or clinical test of our own.

Quick verdict

If you have ten seconds, here is the rule.

Underwrap (pretape). A protective foam base. It goes on the skin to reduce friction and protect bony prominences under rigid tape. It holds nothing on its own, and it does not guarantee that the taping will last longer.
Cohesive bandage. Compresses and secures with no adhesive on the skin, because it sticks to itself. It leaves more range of movement than rigid tape, although how much it restricts depends on how it is applied.
Rigid strapping tape (sporttape). An inextensible tape that selectively restricts the harmful arc of movement. It is the one used when the goal is firm, selective restriction.

In practice the choice depends on the role you need in each case, and you will often end up combining several in the same taping.

At-a-glance comparison

	Material	Elasticity	Adheres to	Primary function	Typical format
Underwrap	Polyurethane foam	High, conforms to the contour	Itself, not the skin	Protect the skin under tape	7 cm × 27 m
Cohesive bandage	Woven or non-woven elastic construction; fibre and latex content vary by product	Medium	Itself, not the skin	Compress, secure and support	2.5 to 10 cm × 4.5 m
Sporttape / rigid strapping tape	Viscose or cotton with zinc oxide	None, inextensible	The skin	Restrict the harmful arc of movement	1.25 to 5 cm × 10 m
Kinesio tape	Cotton or viscose backing with elastic fibres and an acrylic adhesive; product-dependent	High, longitudinal	The skin	Accompany movement, offloading, proprioception	5 cm × 5 m

Elasticity is one of the main differences. The less stretch, the more a material can limit movement; the more stretch, the more range it allows. Comfort depends on the tension, the number of layers, the skin and the technique rather than on stretch alone. Kinesio tape appears here as a contrast because it aims for the opposite of rigid tape, and further down we look at when each one makes sense.

What is underwrap for?

Underwrap is used as a protective layer between the skin and rigid tape, above all on sensitive skin and over bony prominences. On its own it does not guarantee less chafing, less maceration or longer wear, since that depends on the product, the skin and the technique. Nor does it hold anything by itself.

Underwrap (pretape) is a thin polyurethane foam bandage, light and breathable, that adheres slightly to itself but not to the skin. The standard format is 7 cm × 27 m. Its job is not to hold anything, but to create an intermediate layer between the skin and the adhesive tape.

That layer is there to do three things. It lets the skin breathe and aims to reduce maceration in prolonged tapings. It protects bony prominences, such as the malleoli, from pressure and friction. And its elasticity absorbs part of the movement mismatch between the skin and a tape that does not stretch at all.

When do you use it? It is worth considering whenever rigid tape goes over sensitive skin, over bony landmarks, or in tapings that will stay on for more than a day. It also works as protection under thermoplastic splinting. For very short applications on healthy skin, you can do without it.

It is worth being honest about its limit. The foam provides no structural support and slightly reduces the raw grip of the tape above it, which is why some physiotherapists use an adhesive spray over the underwrap. In return, it is the cheapest of the three materials, so the cost per taping is barely noticeable. At Kinemarket we stock this foam underwrap as a single roll and in a box of 48 for restocking your practice.

What is cohesive bandage for?

Cohesive bandage compresses, secures and supports without sticking to the skin. It is the option when you need to hold something in place, whether a dressing, a set of electrodes or a taping already applied.

It adheres to itself, but not to the skin, to clothing or to other surfaces. It carries no conventional adhesive, so it leaves no residue on removal. On reuse, follow the instructions for the specific product, since some cohesive bandages are expressly declared single-use by the manufacturer. Construction varies from product to product, from woven cotton to non-woven fabrics carrying elastic fibres, and versions both with and without natural rubber latex are on the market, so check the composition of the reference you buy rather than assuming it. Widths run from 2.5 to 10 cm, in 4.5 m rolls.

Its value lies in dynamic support and clean fixation. Use it for light compression, for securing electrical stimulation electrodes, cryotherapy packs or dressings, for closing off a taping on the outside, and for clinician-directed finger support such as buddy taping, once deformity, fracture or dislocation has been ruled out. Oedema control and venous return depend on the compression dose and on the patient, so in the acute phase they require prior screening and a prescribed technique.

Cohesive bandage is designed to secure, compress or support while generally leaving more range than rigid tape, although some products and applications restrict considerably more than others, so it does not replace rigid tape when you need to stop a movement, such as inversion in a lateral ankle sprain.

One important precaution. Applied with too much tension it can act as a tourniquet and compromise circulation, so after a compressive turn it is worth checking distal colour and sensation. At Kinemarket you will find it in a range of widths and colours within the bandages collection.

What is rigid strapping tape (sporttape) for?

Of the three materials, rigid tape is the one designed to limit a specific movement while leaving the rest of the joint free. That is its reason for being.

Sporttape, functional taping or rigid strapping tape is an inextensible tape with no stretch. The backing is usually viscose or cotton and the adhesive contains zinc oxide. It is worth reading each brand's own documentation before assuming a composition. The manufacturer of Strappal, for example, declares a latex-free adhesive and states that the product is not made with natural rubber latex, but also declares that it contains colophony (rosin), which can itself provoke contact reactions. "Latex-free" is not the same as "free of allergens", and the composition of one product does not describe the whole category. It tears by hand both lengthways and across, which speeds up application, and it comes in widths from 1.25 to 5 cm. The 3.8 cm width is the standard choice for the ankle.

Its function is selective restriction. Rather than locking everything, it limits the dangerous arc, for example inversion in a lateral ankle sprain, while preserving more of the remaining functional range. On top of that mechanical effect comes a proprioceptive and exteroceptive component, since the tape pulls on the skin and warns as the risky movement approaches, plus a psychological sense of protection. That is why, once the injury has been assessed, it is selected for short-term support or selective restriction in some sprain and return-to-sport programmes. Its role depends on the diagnosis, the stage of recovery, the sport and the technique.

Two practical details. How long it stays on, and how well it resists sweat or water, depend on the specific product, the technique, the skin and the site; some manufacturers, such as Essity for Strappal, describe the application only as short-duration. Follow the product documentation. And on sensitive skin, or in tapings lasting more than a day, it is worth putting underwrap underneath. It is not a substitute for assessment where a severe sprain, a fracture, significant swelling or a skin injury is suspected. Whether taping has a role after that depends on the diagnosis, the plan and the product instructions. For everyday rigid tapings, Kinemarket stocks the functional sporttape and the classic Strappal rigid tape.

How do they combine in a single taping?

The question "underwrap, cohesive bandage or rigid strapping?" is a bit of a trick, because in many tapings the answer is "all three". In a functional ankle taping each material occupies a layer. Another rigid-tape example is low-Dye taping for plantar fasciitis. Underwrap forms the base and protects the skin, rigid tape forms the active restricting layers, and a turn of cohesive bandage can close the whole thing off on the outside, consolidating it and adding gentle compression.

Reduced to a decision, it comes down to three questions:

Do you need to limit an arc of movement? Rigid tape.
Do you need to compress, secure or support something? Cohesive bandage.
Is the tape going over sensitive skin, over bony landmarks, or staying on for more than a day? Underwrap as a base.

Seen this way, restocking gets simpler. It makes sense to keep underwrap and sporttape always to hand, which is why we offer a combined underwrap and sporttape pack and clinic formats such as boxes of 32 sporttape rolls.

There is a fourth tool that does not fall into this category, kinesio tape. It is elastic and works in the opposite direction to functional taping. Instead of limiting an arc it accompanies the movement, and it is used without seeking rigid restriction; its clinical effect depends on the presentation and the evidence is mixed. When the aim is to facilitate or offload rather than restrict, that is its territory. If that is where you are working, we stock professional-grade kinesio tape, and to fine-tune your choice our guide to choosing kinesiology tape and our AcuTop versus Temtex comparison can help.

Frequently asked questions about taping materials

Does underwrap replace sporttape or rigid strapping tape?

No. Underwrap is a protective foam base that provides no structural support. Its role is to look after the skin, not to stabilise the joint or to make the taping last longer. If you need to restrict a movement, sporttape does that job, with underwrap underneath as protection.

How long does a functional taping with rigid tape stay on?

There is no single wear time that covers every rigid tape or every taping, and some manufacturers describe the application only as short-duration. How long it stays on, and when it is renewed, depend on the specific product, the technique, the skin, the circulation, the site and the goal, so follow the product documentation and the instructions of whoever applies it. Remove it sooner if oedema increases, if it lifts, if it becomes painful, or if distal colour or sensation change.

Does sporttape resist water and sweat?

Resistance to sweat and to water depends on the specific product, so check its documentation. If the patient will wet the area daily or needs taping for swimming, kinesio tape with its acrylic adhesive is usually declared water-resistant, but check the resistance and the wear time declared for that particular product rather than extrapolating a property to the whole category.

TENS for Pain Relief: What It Is, How It Works and How to Use It

Stefan Schwarz — Mon, 20 Jul 2026 08:44:00 +0200

Transcutaneous electrical nerve stimulation (TENS) delivers electrical pulses through electrodes stuck to the skin in order to modulate the pain signal. The intensity is set to a strong but comfortable sensation, never a painful one. It is a non-invasive, drug-free option, generally well tolerated, with results that vary from person to person and with the type of pain.

It is used in hospitals and clinics, and at home too with simple portable stimulators. It is a useful tool in physiotherapy, but it does not repair tissue. It may ease the symptom enough to make movement easier.

What is TENS, and what can you expect from it?

TENS is a form of electrical stimulation, delivered by a small device, designed to modulate pain signals using electrical pulses applied through electrodes that stick to the skin over the affected area. It is not invasive and it has nothing to do with electroshock. It acts on the sensory nerves, modulating how your nervous system takes in painful information. Used properly it should not produce pain or burning, although excessive intensity, poor electrode contact or sessions that run too long can damage the skin.

What it does not do is treat the cause. If you have a disc herniation, osteoarthritis or a tendinopathy, TENS is not going to repair that tissue. It is an adjunct, normally used inside a broader treatment plan with exercise, manual physiotherapy and pain education. It fits well if you are after temporary relief that lets you move more easily and get on with your rehabilitation. That relief is the bridge that lets you do the work, not the destination.

What is the difference between TENS and EMS?

TENS acts on the sensory nerve to modulate pain; electrical muscle stimulation (EMS) stimulates the motor nerve to produce contractions for rehabilitation and strengthening. A common mistake is using EMS and expecting the pain to go, or applying TENS and expecting it to build muscle.

How does TENS work?

Two mechanisms are proposed, and how much each contributes varies with the protocol and the person. It partly closes the spinal "gate" through which pain signals pass, and it encourages the release of the body's own painkillers. Both are plausible and extensively studied mechanisms, although how well it works clinically varies with the situation and with each patient's response.

Gate control theory of pain. Proposed by Melzack and Wall in 1965, it holds that stimulating the large, fast-conducting A-beta fibres inhibits the transmission of pain signals coming from slower fibres (A-delta and C) at the level of the spinal cord. The fast signals close the gate on pain before it reaches the brain.

Release of the body's natural painkillers. TENS may also encourage the release of endorphins and enkephalins, which extend the effect beyond the session itself. This mechanism activates descending pathways linked mainly to opioid receptors and, according to some studies, to serotonin (Amer-Cuenca et al., 2010). Antidromic collision has also been described, where the impulses travel in the opposite direction to the nociceptive signals, although it is considered a secondary mechanism.

In practice that means relief during the session and, sometimes, for a while after you take the electrodes off. Responses vary. Finding the right setup requires some adjusting, and if nothing much changes at first, review the placement and the settings within what your device manual or your physiotherapist's instructions allow before writing it off.

What does TENS feel like?

The right sensation is a strong but comfortable tingling or prickling under the electrodes, quite unlike the discomfort you are trying to settle. It should never hurt or burn. That tingling confirms that the stimulation is being felt under the electrodes. It does not by itself confirm that the placement is right or that relief will follow, but it is the sensation to aim for.

Some people notice relief within minutes; others notice little or none. Individual responses vary.

The warning signs are clear enough: a sharp jabbing sensation, burning, an involuntary muscle contraction when you were not looking for one, or badly irritated skin. If any of them appear, stop the session and remove the electrodes. Check the skin, the contact and the device instructions before using it again, and if the discomfort persists, seek advice.

Which TENS settings do you need to adjust?

Four settings describe and adjust the stimulus: intensity, pulse width, frequency and the type of modulation.

Setting	What it adjusts	What to aim for
Amplitude or intensity (mA)	The strength of the stimulus.	Turn it up to a clear, comfortable tingling, never a painful one.
Pulse width (μs)	Which fibres are recruited.	Together with the intensity, the waveform and where the electrodes sit, it influences which nerves are recruited and how the stimulation feels. Do not infer depth or effectiveness from the pulse width alone. Use the values the programme sets or the ones your device manual and physiotherapist specify.
Frequency (Hz)	The pattern of the sensation.	The literature distinguishes high and low ranges, with thresholds that vary between authors, devices and programmes. High ranges produce a continuous tingling and low ranges more rhythmic sensations. Do not choose it in isolation from pulse width, intensity, the intended indication and the device manual.
Modulation	How the pulses are grouped.	Continuous, modulated or burst formats. No mode is universally superior for every kind of pain, so use the programme the manufacturer intended.

Use the programmes built into the stimulator and follow the guidance from the manufacturer and from your physiotherapist. One habit worth building is to note down which settings worked, so you can repeat them instead of starting from scratch.

How do the TENS modes differ?

The traditional classifications distinguish four modes: conventional or sensory TENS, low-frequency or acupuncture-like TENS, brief intense TENS, and burst stimulation. The names and the ranges vary between devices and studies, and no single mode works best across every kind of pain. Select a programme the manufacturer intended for the way you are using the device, and follow its manual or your physiotherapist's instructions.

Conventional or sensory (high frequency): a strong but comfortable sensation, never a painful one, which is the dose the trials work with.

AL-TENS or motor (low frequency, acupuncture-like): long pulses that produce light contractions. It is associated with relief that takes longer to arrive.

Brief intense: high frequencies at high intensity for short applications, with a minimal contraction, and only where the programme, the instructions and professional advice provide for it. It is used for short applications.

Burst: delivers the pulses grouped into low-frequency trains. Follow your device's programme and instructions to set it up.

Which kinds of pain is TENS used for?

TENS is used above all in localised, persistent musculoskeletal pain, although the certainty and the size of the effect vary with the presentation: low back pain, neck pain, painful shoulder, sciatica, muscle tightness, sports injuries and tendinopathies.

Chronic pain: arthritis and fibromyalgia. In fibromyalgia, recent reviews suggest that TENS may reduce pain, particularly when combined with therapeutic exercise, although it has not been shown to be superior to exercise on its own (Megía García et al., 2019).

Postoperative pain and pain associated with cancer: it can be considered as support in selected cases and always under clinical supervision, with results varying by presentation.

Other uses: the literature also describes TENS for period pain and for some neuropathic pain presentations, although responses vary and the indication should be individualised.

One distinction changes how it is applied. Localised pain (it hurts exactly where you point) and referred pain (running down the leg, up into the neck) require different electrode placements. With referred pain, the placement varies with the presentation and the device, so follow the manufacturer's diagram or a professional's instructions, and do not place the electrodes over the front of the neck or in any arrangement that sends the current across the chest.

In every case, TENS sits inside a broader treatment plan; it does not replace other treatments. And there are situations where you should not rely on it alone. If the pain is getting steadily worse, if you notice loss of strength or a marked change in sensation, if you have a fever alongside it, or if the pain appeared with no clear cause, a professional diagnosis comes first.

Where do the TENS electrodes go?

Place the electrodes around the painful area or along the path of the nerve involved, spaced apart and arranged so that the current crosses the area. On most modern devices polarity does not matter; what counts is the position and good contact with the skin.

Three rules that nearly always work:

Place the electrodes around the pain, not necessarily directly on top of it.
Keep them apart from each other, not stuck side by side.
Arrange them so that the current crosses the painful area.

Practical examples by area:

Low back pain and sciatica: one electrode on each side of the lower back, spaced apart rather than side by side. If the pain refers into the buttock or the back of the thigh, add another pair there.
Neck and shoulder: around the painful area, always avoiding the front of the neck, the carotid region and any arrangement that sends the current across the chest. With neck pain it is better to have a physiotherapist decide the placement.
Tennis elbow: around the elbow.
Knee: either side of the kneecap, or in an above-and-below arrangement, never over wounds or irritated skin.
Widespread pain such as fibromyalgia: the regions treated and the electrode arrangement depend on the presentation, the device and the protocol, so this one is set by a professional rather than chosen at home.

Placement diagrams are specific to each model and each indication, so your device manual overrides any general example. If there is no improvement after several sessions, review the placement before you keep increasing the intensity.

How long is a TENS session, and how often can it be repeated?

The duration depends on the programme, on the device manual and on your physiotherapist's instructions. If you repeat applications through the day, let the skin rest in between and check its condition before putting the electrodes back on.

During the session you may get accommodation, a fading of the initial sensation. If that happens, check the electrode contact and adjust the intensity only within what the device instructions allow. In most cases you are not looking for muscle contractions; the exception is AL-TENS, where light contractions are allowed.

When should TENS not be used?

The list that follows sets out the usual contraindications and precautions. TENS stimulators are medical devices, and the manufacturer is required to supply the unit's own warnings, precautions and contraindications with it. Those instructions override any general list and are essential reading. Do not use TENS if you have a pacemaker, an implantable defibrillator or another electronic implant unless the team that manages the implant and the device instructions both confirm it is appropriate. It is contraindicated over broken or infected skin, over areas with active tumours or suspicious lesions unless a doctor specifically advises otherwise, and over the head and the front of the neck (the carotid sinus). Avoid any placement that sends the current across the chest. The risk lies in the path of the current, not in simple proximity to the heart.

Precautions that require assessment first: epilepsy (under professional supervision, avoiding the head and neck), significant heart conditions, serious circulatory disorders including venous thrombosis, marked loss of sensation, children, and pain with no clear diagnosis. In pregnancy, TENS should only be used on the advice of a healthcare professional, avoiding the abdomen, the pelvis and the lower back unless specifically directed.

Situations that need professional judgement: severe acute pain, significant inflammation, chronic wounds, or non-electronic metal implants. Do not place ordinary home-use electrodes on broken, infected or irritated skin, or over open wounds. Specialist electrical-stimulation protocols for wound care are separate clinical interventions, not instructions for self-treatment.

Side effects and warning signs. The most common side effect is skin irritation from the adhesive or from sessions that run too long. Rotate where you apply the pads and check the condition of the skin between uses. Stop immediately if you get worsening pain, dizziness, persistent burning or a strong skin reaction, remove the electrodes and seek advice before using the unit again.

What does the scientific evidence say about TENS?

The largest review published to date found, with moderate certainty, that TENS reduces pain intensity during stimulation and immediately afterwards compared with placebo, with no signal of serious adverse effects in the studies included. Even so, results vary with the condition treated and with the individual response (Johnson et al., 2022). That does not replace the device warnings, and it does not rule out skin injury from incorrect use. The effect can begin within the first few minutes and give temporary relief that, in some patients, lasts several hours.

Results differ a great deal by presentation. In chronic low back pain, for instance, the reviews that informed the World Health Organization guideline describe brief, small reductions in pain on very low certainty evidence, and other work finds no meaningful difference against massage, acupuncture or placebo (Verville et al., 2023). That spread comes down to differences in study design, in the settings used and in the characteristics of the patients.

Part of the improvement observed may be down to the placebo effect. If TENS stops being useful for you, discuss it with a professional.

Taken together, that points to treating TENS as a complementary treatment, one normally used alongside exercise, manual physiotherapy, pain education and, where needed, medication; whether it adds useful relief varies by presentation, and on its own it does not always add meaningful benefit (Barcia-Mejía et al., 2020).

Which TENS unit should you buy?

Choose by the number of channels and by the modes you will actually use. One channel drives one electrode pair, and two allow two independently controlled pairs, subject to the programme and the device instructions. Bear the hidden cost in mind as well, because electrodes are consumables and the real cost of the unit includes its replacements.

At Kinemarket you will find stimulators and consumables, and the full buying criteria (channels, manual parameter control, conformity, consumables, warranty and service) are set out, applied to two specific ranges, in our comparison of Globus and NeuroTrac. If you are buying for a clinic, the essential-equipment list places the unit alongside the rest of the kit.

Frequently asked questions about TENS

Can I combine TENS with painkillers?

TENS is used as a complementary treatment and can be used alongside prescribed medication (Barcia-Mejía et al., 2020). Any change to your medication is decided by whoever prescribed it.

Why has TENS stopped working for me?

Check the mechanical things first: the battery, the condition of the electrodes, the contact with the skin, the placement and the intensity, and also whether the pain itself has changed. If it still does not respond, review the approach with your physiotherapist rather than forcing the settings on your own.

Sources and references

These are some of the reviews and studies we drew on for this article:

Melzack R, Wall PD (1965). Pain mechanisms: a new theory. Science, 150(3699), 971–979. Gate control theory of pain, the basis of the analgesic effect of TENS.
Johnson MI, Paley CA, Jones G, Mulvey MR, Wittkopf PG (2022). Efficacy and safety of transcutaneous electrical nerve stimulation (TENS) for acute and chronic pain in adults: a systematic review and meta-analysis of 381 studies (meta-TENS study). BMJ Open, 12(2), e051073. Moderate certainty of pain reduction during and after stimulation, with no serious adverse effects.
Verville L, et al. (2023). Benefits and harms of transcutaneous electrical nerve stimulation (TENS) for chronic primary low back pain in adults (systematic review for a WHO guideline). Journal of Occupational Rehabilitation. Chronic primary low back pain: short-lived analgesia of small magnitude, graded very low certainty.
Amer-Cuenca JJ, Goicoechea C, Lisón JF (2010). ¿Qué respuesta fisiológica desencadena la aplicación de la técnica de estimulación nerviosa eléctrica transcutánea? Revista de la Sociedad Española del Dolor, 17. Neurophysiological mechanisms of TENS and the role of opioid receptors.
Megía García Á, Serrano-Muñoz D, Bravo-Esteban E, Avendaño-Coy J, Gómez-Soriano J (2019). Efectos analgésicos de la estimulación eléctrica nerviosa transcutánea en pacientes con fibromialgia: una revisión sistemática. Atención Primaria, 51. TENS reduces pain in fibromyalgia, particularly combined with therapeutic exercise.
Barcia-Mejía C, González-González Y, Da Cuña-Carrera I, Alonso-Calvete A (2020). Estimulación nerviosa transcutánea en el manejo del dolor crónico: una revisión sistemática. Archivos de Neurociencias, 25. Mixed evidence: as an adjunct it does not always add meaningful benefit.

AcuTop vs Temtex: Which Kinesiology Tape Should You Choose?

Stefan Schwarz — Mon, 20 Jul 2026 08:51:00 +0200

AcuTop and Temtex are two brands of professional kinesiology tape, both common in physiotherapy practice. AcuTop is a European brand belonging to DMC International (Düsseldorf); Temtex is the brand of the Korean manufacturer Towatek Korea. Neither is the right choice for every case. Which one suits you comes down to five verifiable criteria: composition, adhesive, elasticity, format and cost per metre.

We distribute both brands, so we identify which figures come from the manufacturers and flag the points where no independent comparison is available. This is a desk-based comparison of specifications and catalogue prices, not a clinical trial or an adhesion test of our own.

Quick verdict

Choose AcuTop if your priorities are cost per metre, a broad range (cotton, viscose for sport and the clinical XXL format) and restocking without pushing up your spend.
Choose Temtex if you prefer 100% cotton and a published stretch figure (150 to 160% longitudinally, according to the distributor documentation we consulted) and a brand backed by a manufacturer with a long track record.

Comparison at a glance

	AcuTop	Temtex**
Brand type	Brand owned by DMC International Trading (Düsseldorf, Germany)	Own brand of the manufacturer Towatek Korea
Material	Classic: 93% cotton and 7% elastane · Pro Sport: 96% viscose and 4% elastane	100% cotton
Longitudinal elasticity	Not published for Classic or Pro Sport (130 to 140% in the Premium range)	150 to 160%
Adhesive	Hypoallergenic acrylic adhesive, wave pattern, thermoplastic on Classic and XXL	Medical acrylic adhesive, wave pattern, heat-activated
Water and sweat resistance	Yes, quick-drying	Yes (shower, sweat, pool)
Formats	5 m roll, 6-pack, 35 m XXL	5 m roll, 6-pack
Stated wear time	3 to 5 days	3 to 5 days; up to 7 in low-friction areas
Latex	Latex-free, according to the manufacturer	Latex-free
Colours	Up to 14 (Classic); 10 in XXL	9
Cost per metre*	Generally lower	Slightly higher

*Based on our Spain/EU catalogue prices in July 2026, for equivalent formats, shown in euros with Spanish VAT included. Prices change and, depending on the season, there may be promotions on products from either brand. Delivery, import VAT, customs duties and carrier handling are charged separately and vary by destination.

**The Temtex specifications in this table come from distributor documentation accessed in July 2026. Towatek's own primary documentation could not be verified as machine-readable text.

What they share and where they differ

What they share. Both brands offer breathable kinesiology tapes for professional use, mostly cotton-based, with acrylic adhesives that the AcuTop product sheets and the Temtex distributor documentation describe as hypoallergenic and water-resistant, available in several colours and formats. For routine clinical applications we have found no independent comparative studies that would allow anyone to say that either tape gives better results than the other.

Where they differ. The underlying difference is the type of brand. Temtex is Towatek Korea's own brand, and the company makes its tapes directly. AcuTop belongs to the German company DMC International Trading, which presents itself as a direct importer and says it works with specialist manufacturers; it has more than two decades in the sector. On the product sheets, DMC itself is named as the manufacturer in the regulatory sense for Classic and Pro Sport, while other products in the range declare a third-party manufacturer.

Beyond that, the differences are ones of degree. AcuTop offers more choice of fabric and format (cotton, viscose for sport, a 35 m XXL roll) and a lower cost per metre, while Temtex focuses on 100% cotton and on a published longitudinal elasticity figure. The heat-activated wave-pattern acrylic adhesive, often presented as a distinguishing feature of Temtex, also appears on the AcuTop Classic and XXL sheets, so the adhesive type is not a criterion for deciding between the two brands. What each manufacturer claims for a particular product still varies.

AcuTop: range and strengths

The AcuTop range is characterised by its variety of materials and formats and by a generally lower cost per metre:

AcuTop Classic (cotton): the standard option for general use. It is made from 93% cotton and 7% elastane, with a hypoallergenic acrylic adhesive applied in a wave pattern and thermoplastic in behaviour. It is breathable, quick-drying and available in up to fourteen colours.
AcuTop Pro Sport (viscose): 96% viscose and 4% elastane. The manufacturer states that it has a reinforced textile structure and a stronger adhesive for demanding use, and presents it as suitable for sports use and heavy perspiration.
AcuTop Classic XXL (35 m): the clinical format. It is equivalent to seven standard 5 m rolls and has the lowest cost per metre in our AcuTop catalogue. It can be practical for practices that apply tape daily and want to reorder less often.
Multicolour 6-pack: six colours of AcuTop Classic in a single purchase.

Temtex: range and strengths

Towatek's involvement in kinesiology taping dates back to 1995, when it signed a kinesiology tape distribution agreement in Korea. It has made its own tapes in South Korea since 2001 and took the name Towatek Korea in 2002. It distributes Temtex across many international markets, especially in Europe. Towatek has a long track record in physiotherapy, rehabilitation and sport. The main features of Temtex are:

100% cotton, rigid transversely and elastic longitudinally. The distributor documentation states an elongation of 150 to 160%, a figure that describes the product but does not demonstrate a clinical advantage over AcuTop.
A medical acrylic adhesive applied in a wave pattern, activated by body heat. According to the distributor documentation we consulted, it withstands showering, perspiration and pool use, with a stated wear time of 3 to 5 days and up to 7 days in low-friction areas.
It is declared latex-free and offered in nine colours, which is useful when colour coding or appearance matters in your practice.
Available as a single roll and in a pack of 6 rolls.

If you specifically want a 100% cotton backing and prefer a brand made directly by a specialist tape manufacturer, Temtex may be the better fit.

How do you choose between AcuTop and Temtex for your practice?

Composition, elasticity, cost per metre and colour are what separate AcuTop from Temtex. Adhesive chemistry does not, because the documentation for both describes the same wave-pattern, heat-activated acrylic type. Grip claims at product level still differ, and AcuTop describes the Pro Sport as having a stronger adhesive for demanding use. What each criterion means and how to weigh it is set out in our guide to choosing kinesiology tape.

Composition. Temtex is the only one of the two with a 100% cotton tape. AcuTop splits its range between the cotton of the Classic and the viscose of the Pro Sport, which the manufacturer describes as reinforced for sport and heavy perspiration.

Elasticity. The distributor documentation we consulted states a longitudinal elongation of 150 to 160% for Temtex. That figure describes the product; on its own it does not demonstrate greater clinical benefit. AcuTop publishes no figure for the Classic or the Pro Sport. The 130 to 140% that appears in its Premium range corresponds to a different composition (97% cotton), so the figure cannot be applied to those ranges. The real difference between the two tapes is not quantified, so if your technique depends on specific levels of tension, switching brands calls for a short adjustment period.

Cost per metre and format. In our catalogue and for comparable formats, AcuTop generally has a lower cost per metre, above all in the 35 m XXL and in the packs. Temtex offers no XXL format. Catalogue prices change. Depending on the season there may be promotions on either brand, so it is worth checking before a large order.

Colour. The AcuTop Classic range runs to fourteen colours and Temtex offers nine. That is a criterion of organisation and of how the practice presents itself, not a clinical one, as we explain in the guide to kinesiology tape colours.

Which type of practice does each brand suit?

The four scenarios below follow from the criteria in the table rather than from any brand preference of ours:

Daily use with costs kept under control. The criterion is cost per metre. AcuTop's cotton range is usually the cheaper option, and the multicolour 6-pack gives you several colours without buying roll by roll.
Athletic patients, heavy perspiration and high-friction areas. The criterion is the declared construction and intended use, which the manufacturer states rather than the fibre implying it. Of the products compared, the reinforced viscose backing and stronger adhesive belong to the AcuTop Pro Sport.
Applications in which you work to a known elasticity. The criterion is having a figure at all. Only Temtex declares an elongation, 150 to 160% according to the distributor documentation we consulted. On its own that does not allow you to compare the actual amount of stretch in the two tapes, or to predict a clinical advantage.
A priority on pure cotton. The criterion is composition again. Temtex is the only one of the two ranges offering a 100% cotton tape, as a single roll or a pack of 6 rolls.

Frequently asked questions

Which one lasts longer in use?

It is not possible to determine which lasts longer. The published wear times come from the manufacturers and from distributor documentation, not from independent comparative studies. Both state 3 to 5 days, and Temtex adds up to 7 days in low-friction areas. Skin preparation, technique, the area treated and the specific product can all influence how long a tape lasts; without a direct comparison it is not possible to rank how much each factor weighs.

Is there a real price difference between the two brands?

As a general rule, AcuTop works out slightly cheaper per metre, above all in the XXL format and in packs. These are indicative prices that change with the catalogue and with promotions. Before a large order it is worth looking at the special offers page, where products from one brand or the other are sometimes discounted.

Are they suitable for sensitive skin or for people with a latex allergy?

Both declare their tapes latex-free and describe the acrylic adhesive as hypoallergenic, covering the AcuTop Classic and Pro Sport ranges as well as Temtex. For AcuTop these are manufacturer statements; for Temtex they come from the distributor documentation we consulted. In both cases they are claims, not guarantees. On reactive skin, testing the tape on a small area of skin first is worth doing before a large application.

Is the 35 m XXL format worth it?

For a high-turnover practice, it often is. It is the lowest cost per metre in the AcuTop range, since it is equivalent to seven 5 m rolls, and it reduces how often you order, provided you will work through the stock within the storage conditions on the product documentation. For occasional use, the standard roll avoids holding more stock than you need.

Does it make sense to use both brands alongside each other?

There is no reason not to. One serves as the standard tape, the other for the cases where its composition or its elasticity is a better fit. Evaluating handling, skin response and wear in your own practice, with each product used within its instructions, is the most practical way to decide.

Sources

AcuTop Classic, Classic XXL and Pro Sport product sheets and the “AcuTop Kinesiology Tapes” brochure (composition, adhesive, latex-free status, formats, colours and stated wear time), accessed July 2026.
Temtex technical and product sheets supplied by distributors (composition, adhesive, elasticity and stated wear time), accessed July 2026. Because it is published as images, part of the manufacturer's technical documentation could not be cross-checked against the machine-readable text on its own website.
Brand information from AcuTop / DMC International Trading GmbH (Germany).
Corporate website of Towatek Korea Co., Ltd. (South Korea), accessed July 2026: company history and export markets.

Kinesiology Taping: What It Is, What It's For and What the Evidence Says

Stefan Schwarz — Mon, 20 Jul 2026 09:28:00 +0200

Kinesiology taping, also called kinesiology tape or kinesio tape, is an elastic strip applied to the skin to influence the sense of support, pain or movement, without restricting joint mobility the way a traditional rigid strapping tape would. It was developed by Kenzo Kase in the 1970s, and today it is a common sight in both rehabilitation and sport.

Ask whether it works and the answers range from "it changed my life" to "it is pure placebo". The evidence points to possible immediate or short-term effects in some conditions, but the overall certainty is very low and the clinical relevance is not stable. If it is used, it should be as a complement, and only for as long as it delivers an observable functional improvement. Here is what is known and what is not, without overstatement.

How is kinesiology taping supposed to work?

The most widely held hypotheses point to two pathways: a cutaneous and proprioceptive stimulus, and small mechanical changes at the surface of the skin.

Cutaneous and proprioceptive stimulation. The tape stays in constant contact with the skin, which could increase the sensory information reaching the nervous system. In theory, that extra input would help the body "place itself" better in space and regulate muscle tension or the perception of pain (Varela-Miranda et al., 2022).

Superficial mechanical changes. Some applications produce small visible folds in the skin once the taped part returns from a lengthened position. These are commonly called convolutions. Claims that they improve local circulation or reduce pressure on the pain receptors beneath the skin remain proposed mechanisms rather than established effects.

In a clinical setting, it is best applied or prescribed by a physiotherapist or another qualified professional, particularly where there is an injury, persistent pain or an existing condition. On the direction of the taping (from origin to insertion or the other way round), it is worth being honest. It reflects a theoretical convention more than a well-supported rule. The idea that one direction facilitates a muscle while the other inhibits it comes from the original theory, but the studies that have measured it report conflicting results.

The existence of a proposed mechanism does not guarantee clinical effectiveness. A physiologically plausible process is not the same as a demonstrated therapeutic result.

What is kinesiology tape made of?

Conventional kinesiology tape ranges use a cotton or viscose backing with elastic fibres, which gives stretch along the length of the strip and virtually none across it, together with an acrylic adhesive that is activated by heat. That combination is what sets kinesiology tape apart from rigid strapping. It follows the joint as it moves instead of restricting it.

How much it stretches depends on the product, not on the category. Manufacturers do not express elasticity in the same way, since some publish the added elongation and others the final length, so figures from different brands are not comparable with one another. Check it on the data sheet for the specific product. How to read those figures, and the rest of the variables (fabric, adhesive, format and durability), is covered in our guide to choosing kinesiology tape.

Checks before applying:

Clean, dry skin with no creams or oils
Trim the hair if it is thick
Avoid very reactive skin without testing a small area first
Take care in areas of constant friction
Choose a product the manufacturer declares to be hypoallergenic

What real benefits does kinesiology taping have?

The effects described are limited and short-lived, and they vary with the condition being treated (Muñoz López et al., 2016). Some benefit is most often described on three fronts.

Short-term pain relief. In some cases it can help reduce discomfort for hours or days and make movement easier during rehabilitation. It does not cure the injury, but it makes the process more bearable.

Better function and mobility in some cases. Some patients report a greater range of movement and better tolerance of it. Results vary. Some people notice a clear difference and others barely perceive a change, depending on the type and location of the injury and on individual factors.

Support and movement guidance. Some people describe a sense of support or greater confidence when they move. That experience can be useful during movement re-education, but on its own it does not demonstrate a specific effect of the tape.

These benefits are complementary. The tape never replaces the core treatment, which is based on exercise, progressive loading and professional assessment.

What is kinesiology taping used for in the clinic and in sport?

Kinesiology taping has a clear niche, which is when you want support without losing mobility.

Musculoskeletal pain and overload: a tight neck after hours at the computer, a loaded lower back at the end of a long day, a sore shoulder from repetitive training, or knee discomfort going up and down stairs. It may reduce pain temporarily in some presentations and make movement easier during active rehabilitation.

Proprioceptive support after sprains or mild instability: in some protocols it is used as a sensory cue after a sprain or where there is a sense of instability (Muñoz-Barrenechea et al., 2019). The effect varies and it does not replace rehabilitation or a stabilisation that has been indicated. Unlike traditional strapping, it generally allows substantially more movement.

Managing swelling and superficial bruising: fan-shaped techniques are used with the aim of supporting superficial oedema management. The evidence is scarce and of low quality, and comes mainly from particular postoperative or acute settings, so it does not establish a general benefit across every kind of swelling (Hörmann et al., 2020). The mainstay of treating swelling is still compression and specific bandaging, not the tape.

More specialised uses: in neurological rehabilitation, some professionals use it as an adjunct to facilitate movement patterns. These applications require specific training and individual clinical judgement.

If the aim is to immobilise or limit movement, kinesiology tape is not the right choice.

When should kinesiology tape not be applied?

Kinesiology tape tends to be well tolerated in most cases, but not on every skin and not in every situation. The product instructions are the primary source for adhesive and skin-related contraindications. The health situations below need clinical assessment because of the underlying condition, not because every tape carries the same universal list.

Situations in which it should NOT be applied:

Open wounds, burns or broken skin: do not apply the tape over them. The adhesive can traumatise the area when it goes on or comes off, and every product must be used in line with its own instructions.
Previous reactions to medical adhesives: if you have had contact dermatitis from sticking plasters, kinesiology tape can trigger a similar response.
Confirmed or suspected deep vein thrombosis: do not apply the tape unless a doctor has advised it. Any local intervention needs to be assessed in the clinical context because of the risk associated with the clot.
Active cancer in the area of application: do not apply the tape without prior assessment and coordination with the responsible medical team.
Decompensated heart or kidney failure: any technique intended to encourage fluid return should be assessed beforehand by a healthcare professional.

Precautions that require professional assessment. Atopic skin, psoriasis or active eczema can flare up. Very fragile skin, common in older people and in those being treated with corticosteroids, is easily damaged when the adhesive is removed. On anticoagulants there may be a greater risk of bruising or bleeding when the tape comes off. In diabetes or where sensation is altered, the skin needs checking with particular care and the decision depends on the condition of the skin and on the vascular picture.

Adverse effects and what to do. The most frequent problem is skin irritation, meaning itching, redness or small blisters. The skin can also tear superficially if the tape is removed abruptly. If a reaction appears, remove the tape immediately and do not apply another strip on top. Watch how it develops over 24 to 48 hours and seek advice if the redness persists or blisters appear.

Which myths about kinesiology taping are worth questioning?

Three widely repeated ideas do not hold up: that the colour changes the effect, that a good application will reduce the swelling of any injury, and that the tape can replace rehabilitation.

Myth 1: "The colour changes the therapeutic effect." Colour has not been shown to change the therapeutic effect of kinesiology tape (Cavaleri et al., 2018), so choose it for preference or visibility. Where those attributions come from, and how to read the mechanical differences measured in the laboratory, we cover in the guide to kinesiology tape colours.

Myth 2: "If you apply it properly, it will always reduce swelling or correct posture." It helps to separate the subjective sense of relief from measurable structural change. The tape may reduce the perception of swelling, or give a sensory cue that encourages a more comfortable posture, but there is no evidence that it alters the structure of a tissue, repositions bones or objectively reduces deep swelling.

Myth 3: "It can replace exercise or rehabilitation." This is the most problematic one. Kinesiology taping does not strengthen muscles, restore lost ranges of movement or correct dysfunctional patterns. When it helps, it is usually because it makes load or movement easier to tolerate during rehabilitation. It is a facilitator, not a substitute.

What does the scientific evidence say about kinesiology taping?

After more than two decades of research, the verdict is neither a yes nor a no. Where effects do appear they are small and short-lived, and the overall certainty remains very low. One qualification about the quality of that literature is worth adding. A large 2026 overview of systematic reviews concludes that the evidence on clinical effects is very uncertain, and rated 78% of the reviews it appraised as critically low in methodological quality (Mo et al., 2026), so the conclusions should be read condition by condition rather than as a global verdict. The systematic reviews agree on a pattern. When kinesiology tape shows positive effects, these tend to be small and concentrated in the first few hours or days (Parreira et al., 2014). The most promising results are seen in musculoskeletal pain and joint mobility, especially where the tape is used alongside other interventions. Medium- and long-term effects are inconsistent or simply absent. More recent reviews hold to this reading, namely modest improvements in pain and function in the short term, always as a complement and not as a standalone intervention (Tran et al., 2023).

Three factors explain why the controversy persists:

Methodological heterogeneity: studies vary enormously in the type of patients, the areas treated, the application techniques and the outcome measures, which makes comparing conclusions unreliable.
Risk of bias: many trials have small samples, short follow-up periods or undeclared conflicts of interest.
The placebo problem: it is almost impossible to "blind" the patient, because anyone wearing the tape knows they are wearing it, and expectations influence the perception of pain.

The practical recommendation for the clinic is to use kinesiology taping as a complementary tool where it makes function easier or improves tolerance of movement, and to drop it from the plan if you see no functional benefit after several applications.

How do you apply kinesiology tape step by step?

A safe application comes down to four stages: ruling out situations that call for assessment first, preparing the skin, applying the tape with the anchors under no tension, and removing it without damaging the skin.

Before you start. If you have severe pain, loss of strength, persistent tingling, marked swelling or a significant recent injury, make a healthcare assessment your priority before applying any tape. If you have sensitive skin or a history of adhesive allergies, test the tape on a small area of skin and wait 24 to 48 hours.

Preparing the skin. Clean and completely dry the area. The adhesive does not tolerate creams, oils or sweat residue. Trim the hair if it is thick, without shaving close. Round off the corners of the tape, because right angles peel away sooner. And avoid touching the adhesive with your fingers, handling the tape by the backing paper or by the ends.

Application. Application schools and product manuals differ, so the measurements below reflect what is commonly taught rather than a standard of the category, and they have to be reconciled with the product instructions and the technique you were trained in. The first and last 3 to 5 centimetres are applied without stretching. These are the anchors and they should lie completely relaxed on the skin. Tension is applied only to the middle of the strip, and how much depends on the application method you follow. The percentages in circulation (of the order of 15% to 50%) come from particular schools and manuals rather than being a rule of the category, so stay with the one you were taught and with the product instructions. Rub afterwards with moderate pressure for 5 to 10 seconds, because the friction generates the heat that activates the acrylic adhesive. Check that no wrinkles are left pinching the skin, and avoid complete circular applications, which compromise circulation. In areas that crease, such as the elbow, the armpit or the back of the knee, reduce the tension.

Everyday use and removal. You can shower as normal, then pat the tape dry gently with a towel, without rubbing it or using a hairdryer on a high setting. It usually stays on for 3 to 5 days, varying with the area, the skin type and your activity. It is time to remove it if there is persistent itching, peeling edges that rub, a visible loss of elasticity or any skin reaction. The best moment is during a shower, because warm water and soap soften the adhesive; if you do it dry, apply oil and leave it to work for a minute. Peel slowly and parallel to the skin, never pulling upwards, holding the adjacent skin with your other hand. Moisturise the area afterwards and wait 24 to 48 hours before reapplying if there is mild redness.

Cutting techniques. Clinics use different cuts depending on the therapeutic aim, the type of injury and the area:

I-strip: simple applications for support or guidance in one direction.
Y-strip: common for "following" a muscle belly or surrounding an area without covering it completely.
X-strip: useful when you want to spread the stimulus around a central point.
Fan cut: common for swelling or superficial bruising, aimed at helping drainage.
Mesh cut: used in certain specific applications depending on the case and on clinical judgement.

Tailor every application. If you want an optimal placement in terms of tension, direction and skin response, it is best carried out by a professional.

Which kinesiology tape should you buy?

Products are not interchangeable, and what is worth comparing is verifiable: composition, type of adhesive, instructions for use, traceability of the manufacturer, the durability it advertises and the widths available. At Kinemarket you will find kinesiology tapes in cotton and in viscose, in standard rolls and in long formats. To decide by criteria (fabric, adhesive, elasticity, format and durability) there is our guide to choosing kinesiology tape, and if you are weighing up the two brands seen most often in clinic, our comparison of AcuTop and Temtex measures them against each other.

Frequently asked questions about kinesiology taping

Does kinesiology taping work, or is it placebo?

The answer is not absolute. Possible small, short-term effects on pain or mobility have been observed, but the certainty is very low and their clinical relevance is unclear. Blinding is difficult, so the specific effect cannot be fully separated from that of expectation and context. That does not justify presenting it as a main treatment. The sensible approach is to use it when it improves function or tolerance of movement.

Can kinesiology tape be applied over a tattoo or very dark skin?

A fully healed tattoo and skin tone are not, on their own, contraindications. What matters is the condition of the skin. Do not apply the tape over a recent tattoo, irritation, a wound or any skin disorder, and check how the adhesive is tolerated.

Sources and references

Parreira PDC, Costa LCM, Hespanhol LC, Lopes AD, Costa LOP (2014). Current evidence does not support the use of Kinesio Taping in clinical practice: a systematic review. Journal of Physiotherapy, 60(1), 31-39.
Tran L, Makram AM, Makram OM, Elfaituri MK, Morsy S, Ghozy S, et al. (2023). Efficacy of Kinesio Taping Compared to Other Treatment Modalities in Musculoskeletal Disorders: A Systematic Review and Meta-Analysis. Research in Sports Medicine.
Muñoz López R, et al. (2016). Kinesiotaping. Evidencia actual. Revista de la Sociedad Andaluza de Traumatología y Ortopedia, 33, 23-29.
Varela-Miranda M, Justo-Cousiño LA, González-González Y, Alonso-Calvete A (2022). Efecto del vendaje neuromuscular sobre la propiocepción y el control postural. Revisión sistemática. Archivos de Neurociencias.
Muñoz-Barrenechea IA, Garrido-Beroíza MA, Achiardi O, Serón P, Marzuca-Nassr GN (2019). Revisión sistemática de la efectividad funcional del vendaje neuromuscular en sujetos con inestabilidad de tobillo. Medwave.
Hörmann J, Vach W, Jakob M, Seghers S, Saxer F (2020). Kinesiotaping for postoperative oedema: what is the evidence? A systematic review. BMC Sports Science, Medicine and Rehabilitation.
Mo Q, Deng Z, Zheng J, Wu T, Hu F, Xu S, Zou J, Zheng X (2026). Effectiveness and clinical relevance of kinesio taping in musculoskeletal disorders: an overview of systematic reviews and evidence mapping. BMJ Evidence-Based Medicine. An overview of 128 systematic reviews (73 published and 55 registered but not yet published), covering 310 trials and 15,812 participants: 78% of the reviews appraised proved to be of critically low methodological quality, and the authors conclude that the evidence on clinical effects is very uncertain, with unclear clinical relevance.
Cavaleri R, Thapa T, Beckenkamp PR, Chipchase L (2018). The influence of kinesiology tape colour on performance and corticomotor activity in healthy adults: a randomised crossover controlled trial. BMC Sports Science, Medicine and Rehabilitation.

Essential Equipment for Opening a Physiotherapy Clinic

Stefan Schwarz — Mon, 20 Jul 2026 10:34:00 +0200

The core kit for opening a physiotherapy clinic comes down to eight categories, drawn from the eleven this guide covers. Which of them you actually need depends on the services you intend to offer and on your scope of practice: a height-adjustable treatment couch, clinical furniture, consumables and hygiene, creams and gels, basic assessment equipment, taping and bandaging, basic exercise equipment and a first-aid kit. Everything else in the catalogue can wait until the practice asks for it. That is where many physiotherapists get stuck, overspending on equipment they will barely use in the first year and underspending on what they need every single day.

The useful question is more specific. What do you actually need to open the doors, and what can wait until the practice grows? The equipment for opening a physiotherapy clinic sorts itself out fairly well through that lens, and that is the lens we will use here.

We will go category by category, marking in each one what is essential to start and what is expandable later, always with a practice that is just opening in mind. Kinemarket sells many of the categories named here, so this guide separates the minimum equipment needed to work safely from the optional purchases that depend on the services you intend to offer. This is about physical equipment. The paperwork, the licensing, the registration and the business steps are a separate conversation, and you have that one in our step-by-step guide to opening a physiotherapy clinic.

1. The treatment couch: the heart of the practice

If you get only one purchase right, make it this one. The treatment couch is the piece almost everything you do revolves around, and you will use it in every session for years, so it is worth choosing well from the start.

There are four main types, and each one suits a different practice profile:

Fixed couch. The cheapest and most robust, but the height does not adjust, which limits your technique range and loads your back over the months.
Hydraulic couch. Raises and lowers with a pedal or lever. A very solid middle ground for most practices that are starting out.
Electric couch. Adjusts the height with a motor, comfortable when you see high volume or work with patients who have limited mobility, at a higher price.
Folding couch. The lightweight option for home visits or a flexible second room.

Height adjustment is not a luxury. Working at the correct height protects your body and lets you apply more techniques without contorting, and it is the difference between finishing the day intact or with a loaded lower back. When you compare models, look also at the face hole for prone work, at the foam density, which sets patient comfort, and at the width, especially if you treat larger or athletic patients.

To start, a height-adjustable couch covers the bulk of the work. If you do home visits, add a lightweight folding one. Leave the high-end electric couch, and the second and third couches, for when the diary asks for them. Essential: a height-adjustable couch. Expandable: premium models and additional or specialised couches.

2. Clinical furniture and storage

Furniture is not the glamorous part of the catalogue, but it is what makes a session flow without you losing time hunting for things or forcing your posture.

These are the items you will genuinely use every day:

Ergonomic stool with wheels. Lets you work seated and move around the couch without standing up. Your back appreciates it as much as it appreciates the couch height.
Trolley with drawers. Keeps gels, electrodes, bandages and consumables within reach. It sounds minor, but it saves dozens of steps a day.
Cabinets and shelving. For storing consumable stock, linen and equipment in an orderly, accessible way.
Screen or divider. Necessary if you share a room or have no separate cubicles, to give the patient privacy while changing.
Full-length mirror. Useful for movement and visual feedback during exercise.

Positioning cushions, rolls and wedges belong here too. They cost little and do a great deal for positioning the patient in prone, supine or side-lying. To open, the stool, the trolley, a cabinet and the positioning supports are enough. You add the rest as the space and the patient mix dictate.

3. Consumables, hygiene and waste management

This is the budget line almost nobody gets right, because it repeats week after week instead of closing with a single purchase. And in a practice that sees patients daily, that repetition shows up in the accounts.

The most basic consumable is couch roll, used as a clean patient-contact barrier where your procedure calls for one, alongside cleaning or disinfecting the couch between patients according to the practice protocol and the couch manufacturer's compatibility instructions. Beyond that, you choose between disposable non-woven sheets, convenient and single-use, and reusable fitted sheets or covers, more sustainable if you have a washing machine and a laundry routine. Many practices combine both.

Hygiene and protection are non-negotiable in a clinical setting:

Nitrile gloves, for any technique that calls for them.
Liquid handwash at the sink, with disposable drying materials, and an authorised alcohol-based hand rub for use when hands are visibly clean.
A surface disinfectant whose authorised use, dilution and contact time match the couch and the other clinical surfaces you will be cleaning. Follow the product label and the practice's infection-control procedure.
Disposable wipes and cloths, along with spray bottles for applying the disinfectant.
Disposable clothing (gowns, shorts or single-use underwear) depending on the treatment.

Waste management closes the loop. A bin with liners for general waste, and if you do dry needling or any invasive technique, a rigid sharps container for clinical waste, which has its own collection route through a licensed contractor. Classification and storage rules differ across the UK nations, so confirm what applies to you before opening, starting from the HSE overview of healthcare waste management. Plan this cost from day one, because it is the part of your equipment that runs out on its own and without warning.

4. Creams, oils and gels

Cheap, used daily, and easy to forget on the opening shopping list. Which of these you need depends on the techniques and devices you actually use, so stock to your own service list rather than to a standard one.

The basics come down to four things. A neutral massage cream and a massage oil for manual work, choosing the texture to suit your technique and the patient's skin tolerance. A conductive gel, needed only for devices and reusable electrodes whose instructions call for one, such as therapeutic or diagnostic ultrasound and radiofrequency. Self-adhesive electrodes for TENS and EMS do not normally require it. And a massage cream with plant actives such as arnica, which the manufacturer presents for massage and topical use. Fisiocrem is the familiar example, widely used to prepare the muscles, to work as a massage medium and for the patient to use at home.

An instant cold spray is an option for acute management in the clinic or pitchside if you treat athletes, used according to its label and never sprayed at length directly on the skin. How much of this section you need depends on the services you offer; the large refill formats depend on your volume.

5. Assessment and diagnostic equipment

Without measuring there is no follow-up, and without follow-up it is hard to show the patient they are improving. It is curious that almost no equipment list for setting up a physiotherapy clinic includes this category, because it is among the cheapest and among the ones that do most to professionalise your work.

The basic assessment kit fits in a drawer:

Goniometer. To measure joint range objectively and repeatably.
Anthropometric tape measure. For girths, volume differences and oedema monitoring.
Blood pressure monitor and stethoscope. Useful for basic screening if your service range, your training and your emergency plan justify them. They are not automatic red-flag detectors.
Reflex hammer. For neurological screening.

From that minimum, you can expand with a dynamometer to quantify strength, which comes in a simple manual version or a digital one with Bluetooth logging, and with a pulse oximeter or scales depending on your patient type. Documenting progress is not bureaucracy. It is what underpins your clinical decisions and, if it comes to it, what lets you refer on in time. Start with the goniometer, the tape measure and the blood pressure kit, and grow from there.

6. Electrotherapy and equipment

You do not need to fill the room with machines to open. This is probably the category where the most money is wasted at the start, on expensive devices that then get used twice a month.

What equipment you start with depends on your service range. No passive device is universally essential. If a TENS/EMS stimulator fits indications that are frequent among your patients, your training and a measurable plan of use, it can form part of the initial kit. Check that the documentation covers what you need, and work out the consumables and the maintenance.

The rest of the equipment is expandable and depends entirely on your speciality and on the demand you actually have. Therapeutic laser, diathermy or radiofrequency, magnetotherapy, pressotherapy and cervical and lumbar traction are investments that make sense when a specific type of patient justifies them, and not before.

Whatever you buy, go through these professional purchase criteria:

CE marking and instructions you fully understand.
Fine parameter control, to adapt the dose to each case.
Available spares and consumables, above all electrodes, which are a recurring cost.
Accessible warranty and technical service, because a device out of action means turnover out of action.

If you are unsure which electrical stimulation range to choose, our comparison of Globus and NeuroTrac explains which type of device fits which practice. The general rule is simple. Start with a versatile, well-supported device, and expand the equipment when the diary tells you it is needed.

7. Thermotherapy and cryotherapy

Heat and cold are among the least expensive items in the clinic, and even so they barely appear on the usual lists. They sit alongside manual therapy and exercise, and whether either is worth using depends on the indication.

For heat, hot packs with their heater unit, of the hydrocollator type, keep the compresses ready to apply. For cold, cold packs kept in a small freezer may give temporary symptom relief in selected acute presentations. An infrared lamp gives superficial heat to prepare the area before manual work.

If you work the hand or the wrist a lot, a paraffin bath is an optional warming modality used in some hand-therapy services, depending on the indication and your protocol. Within this category, one heat route and one cold route is enough to open with. You add the rest when your service range calls for it.

8. Exercise and active rehabilitation equipment

Therapeutic exercise is now at the centre of a large part of physiotherapy, and the good news is that you can start with very little investment. A basic exercise corner costs a fraction of a single piece of equipment, and it earns its keep from day one.

The base that already lets you work with almost any patient is modest:

Elastic bands in several resistances, which you will use most in progressive strength work.
Minibands or hip bands, for glute activation and lower-chain work.
Mats, for floor work.
A light medicine ball, 2 to 4 kg, and a gym ball for core and proprioception.
A foam roller and myofascial release balls, for the self-treatment side.

When you want to scale towards a fuller rehabilitation space, the next level includes graduated dumbbells and kettlebells, ankle weights, an adjustable step, a plyometric box, a BOSU or balance board for proprioception, a suspension system such as TRX and, if the premises allow, wall bars and parallel bars.

On the recovery side, a percussion massage gun and, depending on your profile, a set of pressotherapy boots are useful extras you can leave for later, once the practice is up and running. Start with bands, a mat and a ball, which cover the bulk of therapeutic exercise, and build the gym gradually according to the space and the type of patient you see most.

9. Functional taping and kinesiology tape

For practices that routinely tape, it is a recurring consumable and worth stocking to actual use.

The basic assortment covers the main families. Kinesiology tape or neuromuscular taping for offloading and facilitation techniques, where the sensible approach is to keep a standard cotton roll for day-to-day work and a reinforced one for sport and sweating. Underwrap to protect the skin under rigid strapping. Cohesive bandage for support without adhesive directly on the skin. Rigid strapping tape for partial immobilisations, and crepe or cotton bandages for compression and fixation.

There is no need to over-complicate the brand choice to start. If you want to choose kinesiology tape with proper criteria, we go into it in depth in our guide to choosing kinesiology tape, and if you are torn between two options that are very common in the clinic, there is the AcuTop versus Temtex comparison. To open, keep a reliable kinesiology tape, underwrap, cohesive bandage and bandages. You fine-tune the rest with use.

10. Dry needling and invasive techniques

This category has a precondition none of the others has. It only enters your list if you are trained in the technique and genuinely intend to offer it, because equipment without the competence to use it is worth nothing.

If that is your case, the basics are affordable. Dry needling needles in the gauge and length you use, gloves and the rigid sharps container for clinical waste that we mentioned under hygiene. Managing that waste is mandatory and has its own route, so do not treat it as ordinary rubbish.

At the advanced end are percutaneous electrolysis (EPI or EPTE) and percutaneous neuromodulation, which combine needle and current and require specific training and a dedicated device. They are a very niche investment, clearly expandable and only justifiable when the technique is a stable part of your service range. If you are still weighing up whether to add it, the prudent move is to wait. We will cover the technique and its equipment in a dedicated article on dry needling later on.

11. Reception, waiting area and first-aid kit

Two things that get forgotten when the list is drawn up and that are indispensable. The patient sees the first before they see the couch, and the second you hope never to use, but it has to be there.

The reception and waiting area is equipment too, even though it treats no one. A counter, some comfortable seating and a coat stand make up the first impression of your clinic, and that impression shapes how the patient arrives at the session. It need not be expensive, but it should be cared for and consistent with your image.

The first-aid kit is the essential almost nobody lists. It has to be accessible and checked, with the basic materials for a minor incident in the clinic. In Great Britain it is also a legal duty rather than a preference. The Health and Safety (First-Aid) Regulations 1981 require an employer to assess first-aid needs and to provide equipment, facilities and personnel that are adequate and appropriate for those needs, which depends on the hazards, the workforce and how you work. A self-employed practitioner has to make the same judgement about their own circumstances. Northern Ireland has equivalent regulations of its own. A defibrillator (AED) is a separate question, because health and safety legislation does not require one, so whether you have it is a judgement for that same needs assessment. It is one of those things that give no visible return until the day they are needed, and that day justifies them entirely.

What should you buy to open, and what can wait?

Almost nobody buys everything at once, and there is no need to. This is the core provision that lets you open the doors and work safely. Creams and gels, and taping and bandaging, are service-dependent, so stock those only if you offer the techniques that use them:

A height-adjustable couch, plus a folding one if you do home visits.
Stool, trolley and positioning supports.
Consumables and hygiene: couch roll, disposables, disinfection and waste management.
Creams, oils and conductive gel.
Basic assessment: whatever suits your scope and patient group, starting with a goniometer and a tape measure.
A basic assortment of tapes and bandages.
Basic exercise: bands, mat and ball.
A first-aid kit and a well-kept reception.

And this is what makes sense to add once the practice grows and demand justifies it. A combined electrotherapy unit covering TENS and EMS, if it fits your service range from the start. Advanced equipment such as laser, diathermy, magnetotherapy or pressotherapy. A complete rehabilitation gym. Invasive techniques if you train in them. Recovery extras such as the massage gun or pressotherapy boots. And additional or high-end couches.

The criterion that works best is twofold. Prioritise the daily-use items and what protects your body, because you will handle those in every session for years. And leave the expensive equipment for when a specific type of patient asks for it regularly, not just in case.

At Kinemarket you have the equipment for each of these sections, chosen for a practice that is starting out, by type of use:

For the treatment room: adjustable and folding couches, stools and clinical furniture.
For electrotherapy: electrical stimulation units, including combined TENS and EMS models, from brands such as Globus or NeuroTrac, with their electrodes and spares.
For manual therapy: creams, oils and gels, including Fisiocrem and cold sprays.
For taping: cotton and reinforced kinesiology tape from AcuTop, Temtex or Kinefis, underwrap, cohesive bandage and bandages.
For day-to-day: couch roll, sheets, disposables and all the refill consumables.

Frequently asked questions

How much does the equipment to open a physiotherapy clinic cost?

It depends above all on the equipment. What drives the budget up is advanced equipment and the rehabilitation gym, and those are best added gradually according to real demand rather than just in case.

Do I need a lot of equipment to open a physiotherapy practice?

There is no passive device that every practice needs. A TENS/EMS stimulator can make sense if it fits your patients, your training, the manufacturer's intended purpose and the total cost. The rest of the equipment is justified the same way, by real demand.

Which physiotherapy couch should I choose to start?

A height-adjustable couch, hydraulic or electric, because it protects your back and lets you apply more techniques. For home visits, add a lightweight folding couch as well. The fixed couch is cheaper but limits your work in the medium term, so it only pays off when the opening budget is genuinely constrained.

Which physiotherapy consumables need constant restocking?

Couch roll, sheets and disposable clothing, gloves, disinfection products and, if you do dry needling, needles and a sharps container. It is a recurring cost, not a one-off purchase, so it is worth budgeting for from day one and working with a supplier who can keep you stocked.

How to Choose Kinesiology Tape: A Guide for Physiotherapists

Stefan Schwarz — Mon, 20 Jul 2026 11:03:00 +0200

Choosing kinesiology tape comes down to five variables: material, adhesive, elasticity, format and durability. The brand name on its own does not settle the choice, because most of the tapes used in professional kinesiology taping share a similar construction: a cotton or viscose backing, an acrylic adhesive that manufacturers describe as hypoallergenic, and stretch mainly along the length.

Those five variables change the handling, the skin tolerance, the format and the conditions of use, and they fit differently with your technique, your patient mix and your workload. What does not exist is enough clinical comparison to rank the available tapes by effectiveness. We go through them one at a time so you can choose on criteria rather than on the label. We distribute several of the brands named here, so we flag which figures come from the manufacturers and where no independent comparison exists.

Cotton or viscose kinesiology tape?

Cotton is the most common backing in conventional kinesiology tape ranges. Manufacturers often describe their cotton tapes as breathable and suitable for wear over several days, which matters when the patient keeps the tape on until the next session, but actual comfort and skin tolerance vary by product and by user.

Viscose (or rayon) is made by a chemical process, so it is a man-made fibre. What it is not, despite often being called one, is a synthetic fibre. The difference lies in the raw material. Viscose starts from wood cellulose, while polyester and acrylic start from polymers obtained by chemical synthesis. Textile fibre legislation defines it as a "regenerated cellulose fibre" and lists it under a name of its own, not among the synthetics. Viscose is used in ranges aimed at sport and at demanding use.

The material on its own predicts neither grip, durability nor skin tolerance. Those depend on the construction and the adhesive of each product. AcuTop, for instance, presents its Pro Sport as a rayon tape with a reinforced textile structure and adhesive, and describes the material as water-repellent. That is the manufacturer's description of one product, not evidence that every viscose tape outlasts every cotton one.

In practice, for routine kinesiology taping on skin without known sensitivities, cotton is a common choice. For sport, heavy sweating or greater friction, look at the ranges the manufacturer describes as reinforced, whether cotton or viscose, keeping the stated wear time and removal instructions in view. Many practices end up keeping both to hand.

Which kinesiology tape adhesive suits your work best?

The adhesive is one of the variables you notice most during application and removal, and it is chosen by level of grip rather than by brand: standard for general use, reinforced for exertion and sweat, gentle for delicate skin. Many professional tapes declare an acrylic adhesive, the absence of latex and activation by heat or friction, and several apply it in a wave pattern rather than covering the whole surface. AcuTop describes its Classic range that way, and so does Kinesio for its Tex Tape. These are specifications for individual products rather than a definition of the category, so check the documentation and the instructions for the one you are buying.

When comparing products, look at three things:

Level of grip. Some ranges offer a standard version, a reinforced version for exertion and sweat, and a gentler one for delicate skin that is easier to remove. None is better than the others; each suits a different use.
Adhesive pattern. Manufacturers that apply the adhesive in waves present it as a way of letting the skin continue to exchange air and moisture. We have found no independent comparison against a continuous adhesive.
Composition and manufacturer claims. Check whether the manufacturer declares the product latex-free, how it describes skin tolerance, and what precautions the instructions carry. In a clinical setting you cannot know every patient's sensitivities in advance.

Even so, "hypoallergenic" is a manufacturer's claim and not a guarantee that reactions will not occur. For patients with reactive skin or a history of dermatitis, it is worth testing the tape on a small area of skin before a large application. Kinesio's own manual recommends that step on sensitive skin.

How much does kinesiology tape stretch, and in which direction?

The conventional kinesiology tapes this guide covers stretch mainly along their length and are practically rigid across the width. That is precisely the property that sets them apart from rigid strapping or a cohesive bandage, and the one that unloading and facilitation techniques rely on.

Elasticity has to be checked in the documentation for each individual product, and it is worth knowing that manufacturers do not express it in the same way. Kinesio states that its tape stretches by 40 to 60% beyond its resting length; AcuTop publishes 130 to 140% for its Premium range, which has a different composition (97% cotton); RockTape advertises 180%, although that page does not say whether the figure is the added stretch or the final length. Some figures express the added stretch and others the final length, so combining them into a single range is misleading. Some tapes also come under tension on the backing paper. Kinesio declares 10 to 15% for its products, so the patient's "zero" tension is not the tape's own zero. Check the individual product, and keep it in mind when you set the tension of your applications.

More elasticity does not mean better. The amount of stretch you need depends on the technique and on the degree of tension you apply; what matters is that you know how the tape you work with behaves and that you keep a consistent standard. If you change range, re-check your tension references over the first few applications rather than taking them for granted.

As important as how far it stretches is how well it recovers. Elastic recovery, and how well it holds up during wear, varies between products and is not summarised by a single catalogue figure. The elastic fibre, the fabric and the construction of the product all play a part. Before standardising on one tape in your practice, check how it behaves under the conditions you expect to use it in, and record any variation between batches.

Which width and format of kinesiology tape should you buy?

The standard width is 5 cm, which suits most applications. For large areas such as the back or the hamstrings, some manufacturers offer 7.5 or 10 cm widths that cover more surface with fewer strips. For fingers or fine applications, cut the 5 cm roll lengthways.

The other decision is between pre-cut and roll.

Pre-cut tape comes ready as strips or as designs shaped for a specific area, and it cuts preparation time. It can be useful when you repeat a standardised application. In return, it usually costs more per metre and leaves less freedom to adjust each cut.
A roll lets you choose the length and make I, Y, X or fan cuts to suit the application, adapts to any technique and usually works out cheaper per metre. For a practice that applies tape daily, it is almost always the logical option.

If you use tape in high volumes, long clinical rolls (the XXL formats, as against the standard 5 m) reduce how often you reorder and, in some ranges, the cost per metre as well. It is not automatic. On our Spain/EU catalogue prices for July 2026, shown in euros with Spanish VAT included, the AcuTop Classic XXL worked out clearly cheaper per metre than its 5 m roll, while the two budget formats came out practically level. Work it out product by product before you buy.

Those are not delivered UK prices, so compare the current cost per metre for each product after delivery, import VAT, customs duties and any carrier handling charges. For occasional use, a standard roll avoids tying up money and storage space in stock you will get through slowly.

How long does kinesiology tape last once applied?

Many standard products advertise an indicative wear time of 3 to 5 days. That is what AcuTop states for its Classic and Pro Sport ranges, and Temtex adds up to 7 in low-friction areas. These are manufacturer figures rather than guarantees, and they vary with the adhesive and the conditions of use.

It is worth setting expectations with the patient, because real durability depends on many factors that have nothing to do with the brand, such as sweating, friction from clothing, body hair, the area of the body and whether or not the patient follows the basic aftercare (not pulling at the edges, patting dry after a shower). Products the manufacturer describes as water-resistant are meant to tolerate the shower and, depending on the product, sweat or the pool, but none is permanent. If the patient needs the tape to hold through a week of training, look at a range with reinforced grip and set expectations about how long it will last.

Does the colour of kinesiology tape change the result?

Colour is not a clinical criterion. A randomised crossover trial found no differences in performance or strength attributable to the colour of the tape (Cavaleri et al., 2018), so choose it for patient preference, visibility or your practice’s internal colour coding. What each colour is said to mean, and what the evidence shows, we cover in the guide to kinesiology tape colours.

What should you check when buying kinesiology tape for a practice?

Buying for a practice adds four criteria that home use does not have: regulatory documentation, traceability between batches, how reliably the range can be restocked, and the real cost per metre. Equipping a practice is decided with those four in front of you:

Conformity marking and documentation. If the tape is sold as a medical device, check the intended purpose, the identification of the manufacturer and, where applicable, the responsible person or authorised representative, along with the labelling, the instructions for use and the conformity marking. The rules differ within the United Kingdom. In Great Britain, devices must be registered with the MHRA, the UK conformity marking route is available but not mandatory, and validly CE-marked devices remain accepted under extended transitional arrangements; in Northern Ireland, EU rules apply, CE marking or combined CE and UKNI marking is required, and since 28 May 2026 non-custom devices are registered in EUDAMED rather than with the MHRA. Where the specific tape is a Class I device that is neither sterile nor has a measuring function, it is self-declared by the manufacturer, with no UK approved body involved. Confirm the classification and intended purpose of the product in front of you rather than assuming that everything sold as kinesiology tape is a medical device. The marking demonstrates regulatory conformity. It does not show that one tape grips better, lasts longer or is clinically superior to another.
Traceability and consistency between batches. A professional kinesiology tape should behave the same on this order as on the next. Without a brand, a data sheet or batch identification it is harder to verify that consistency, trace where the product came from and deal with a technical problem, and that uncertainty costs you time and reapplications.
Availability and restocking. Working with a range that is consistently in stock avoids running out of your go-to tape mid-week.
Real cost per metre. The roll price can be misleading; what counts is the cost per metre applied, above all if tape is a daily consumable.

How to choose for your practice

There is no universal kinesiology tape; there is the one that fits each situation. As a practical summary for deciding:

General use and normal skin → standard 5 cm cotton on a roll. The default for day-to-day work.
Sport, sweat and water → a range the manufacturer describes as reinforced for demanding use, such as AcuTop Pro Sport in viscose.
High daily volume → compare long rolls on real cost per metre and on how often you reorder; not all of them lower the cost per metre.
Sensitive or reactive skin → a range with a gentle adhesive, described by the manufacturer for delicate skin, and a tolerance test beforehand.

At Kinemarket you will find kinesiology tape in cotton, viscose ranges aimed at sport, and long rolls for high consumption.

Frequently asked questions

Which brand of kinesiology tape is right for my practice?

The criteria in this guide apply to any brand, so start from the use case and the patients you treat, not the name. If you are weighing up two options that are common in clinic, our comparison of AcuTop and Temtex can help, because it looks at both closely on material, adhesive, format and cost per use.

Is kinesiology tape suitable for sensitive skin or latex allergies?

Many professional ranges are declared latex-free and describe their adhesive as hypoallergenic, and some offer a gentle-adhesive version for delicate skin. These are manufacturer declarations rather than guarantees, and on reactive skin it is worth checking tolerance before a large application.

Is a low-cost kinesiology tape good enough for professional use?

A low price does not mean a poor tape, but on its own it does not show that the product is suitable for professional use either. Before buying, check the composition, the adhesive, the intended purpose, the conformity marking where the product is sold as a medical device, the manufacturer's traceability and the documentation available. Our catalogue carries a low-cost kinesiology tape in a standard roll and in a 32-metre roll for high consumption. When a product arrives with no brand, no data sheet and no batch identification, the problem is not that it is worse by definition. It is that you cannot verify consistency between orders or deal with a problem if one arises.

Sources

This guide is based on a desk-based review of manufacturer documentation, distributor documentation and catalogue pricing, accessed July 2026. It is not a comparative trial of adhesion, elasticity or skin tolerance carried out by Kinemarket.

Product documentation for AcuTop Classic, AcuTop Pro Sport and AcuTop Premium (composition, adhesive, latex-free status, published elasticity and stated wear time), accessed July 2026.
Kinesio, "What makes Kinesio different": longitudinal stretch of 40 to 60% beyond resting length (a 10 inch strip reaches 14 to 16 inches) and a heat-activated acrylic adhesive applied in a wave pattern.
Kinesio Taping Perfect Manual, 2nd edition, public sample PDF: factory tension of 10 to 15% on the backing paper, latex-free cotton backing, medical-grade acrylic adhesive sensitive to heat and pressure, and a 24-hour test on a small area for sensitive skin.
Frequently asked questions published by RockTape (180% stretch advertised, denominator unspecified), cited only to show that elasticity figures are not comparable between brands.
Temtex distributor documentation, reproduced on our own Temtex Kinesio Tape product page (longitudinal elasticity of 150 to 160%, 100% cotton, latex-free, heat-activated wave adhesive, and 3 to 5 days of wear, up to 7 in low-friction areas). This is a distributor source rather than primary confirmation from the manufacturer: Towatek Korea publishes its documentation as images, so it could not be cross-checked against the machine-readable text on the manufacturer's own site.
Medicines and Healthcare products Regulatory Agency, "Regulating medical devices in the UK": registration, conformity assessment routes and marking under the UK MDR 2002, including self-declaration by the manufacturer for Class I devices other than the sterile and measuring exceptions, the continued acceptance of CE-marked devices in Great Britain under extended transitional arrangements, and the separate Northern Ireland regime.
Regulation (EU) No 1007/2011 on textile fibre names, Annex I as it applies in the United Kingdom: viscose (25) is defined as a "regenerated cellulose fibre obtained by the viscose process", with its own entry separate from acrylic (26) and polyester (35), each of those defined as a fibre formed of linear macromolecules.
Cavaleri R, Thapa T, Beckenkamp PR and Chipchase LS (2018). The influence of kinesiology tape colour on performance and corticomotor activity in healthy adults: randomised crossover trial, with no differences in performance or strength attributable to colour.

Electrical Muscle Stimulation (EMS): What It Is and How to Use It

Stefan Schwarz — Mon, 20 Jul 2026 11:23:00 +0200

Electrical muscle stimulation (EMS) applies electrical impulses through the skin to produce an involuntary muscle contraction. It is not a shortcut. In healthy adults, with training volume matched, a meta-analysis of nineteen studies found no statistically significant difference in strength gains compared with conventional training (Happ and Behringer, 2022). An absence of a significant difference is not the same as demonstrated equivalence, so that result does not make EMS a universal replacement for voluntary exercise. It is useful for activating inhibited muscles and for complementing strength work when loading is limited, and combined units may also include TENS programmes for modulating pain.

We sell electrical stimulation equipment and consumables, so it is worth saying so at the outset. This guide summarises what the published reviews and consensus documents say, not our own testing and not individual clinical advice. Where the evidence is weak or limited to one population, we say so.

What is electrical muscle stimulation, and how does it work?

The current from the stimulator mimics the signals your nervous system sends to the muscles. As it crosses the skin it depolarises the motor nerves that innervate the muscle and produces a contraction. Not because the brain has ordered it, but because an external signal has activated that pathway from outside.

Being clear about what it is not matters just as much:

It does not replace active movement. EMS produces a contraction, but it is no substitute for voluntary training or motor-control work, and it does not train technique or coordination either.
It is not a complete rehabilitation plan on its own. It can form part of a rehabilitation plan, always under professional judgement, where there is a condition to treat.
It is neither "electric shock" nor cosmetic magic. The currents are designed for a controlled contraction, not for painful jolts or for burning off fat without effort.

Depending on the goal, electrical stimulation is used in different settings: rehabilitation (rebuilding strength after an injury), pain control (TENS rather than classic EMS), sport (potentiation or recovery) and aesthetics, where the muscle stimulus on its own tends to produce limited cosmetic change.

In a motor EMS programme you are looking for a clear, palpable and tolerable contraction throughout the whole session. If there is only a tingle, check whether the programme you have selected is genuinely a motor one or whether you are in a TENS mode. The signal is not infallible, because some low-frequency TENS modes, and TENS applied at motor intensity, produce light contractions on purpose.

TENS, EMS or FES? Which modality to choose for your goal

Each form of electrotherapy is designed for a different purpose. TENS for pain, EMS for the muscle, FES for restoring a specific function. Knowing them apart stops you buying the wrong equipment or selecting the wrong programme.

TENS: transcutaneous electrical nerve stimulation, aimed at pain relief. Its modes, parameters, electrode placement and safe use are covered in our guide to TENS for pain relief.

EMS/NMES: the muscle is the target. The current depolarises the motor nerves to generate mechanical work. Applications: restoring tone after immobilisation, countering atrophy, building strength as a complement to training, and pelvic-floor re-education. Some programmes include analgesic phases, although that is not the main purpose of the equipment.

FES: function in clinical settings. Functional electrical stimulation synchronises the contraction with a specific task, for example lifting the toes during walking, helping the hand to open, or assisting pedalling. It is used mainly in neurological rehabilitation, on a specific indication and after professional assessment.

The golden rule: diagnosis and goal first, device second. Many machines combine modes, but that does not mean they are equally good for everything. Each programme has different parameters because it is chasing a different effect.

When should you avoid electrical stimulation?

Check with a professional before you start if you have an electronic implant, you are pregnant, you have epilepsy, cardiovascular disease, an active oncological diagnosis, skin lesions where the electrodes would go, or altered sensation in the area. Contraindications also depend on the modality and on the device. A local patch device does not raise the same questions as a whole-body suit.

Local application with adhesive electrodes (patch TENS and EMS). We have not identified a recent consensus specific to local EMS equivalent to the whole-body document, so your main reference should be the device's instructions for use and the judgement of a professional who knows your case. Ask for advice before you start if any of the following applies to you:

A pacemaker, an implantable cardioverter-defibrillator (ICD) or another electronic implant
Pregnancy (avoid the abdomen and lower back in particular)
Epilepsy or another neurological condition
Relevant cardiovascular disease, venous thrombosis or circulatory disorders
An active oncological diagnosis, or tumours in the area you want to treat
Open wounds, burns, eczema or dermatitis where the electrodes would go
Areas with altered sensation, where you would not feel that the current is too strong

On placement, do not position the electrodes so that the current crosses the chest, and avoid the front of the neck (the carotid sinus). If you have a cardiac condition or an electronic implant, check the manual and speak to a professional before using the device.

Common effects that are not a cause for alarm: mild redness may appear under the electrodes, which normally settles fairly quickly, along with delayed muscle soreness the next day, above all during the first few applications.

The serious risk: rhabdomyolysis. Excessive intensity can cause significant muscle damage that releases myoglobin into the bloodstream and may put the kidneys under strain. The review by Stöllberger and Finsterer (2019) gathered nine published cases after whole-body electrical stimulation and noted that they arose preferentially after the very first application. In Spain, a case was described of a trained 33-year-old woman who used a gluteal electrode garment for the first time while running on a treadmill for thirty minutes. Her creatine kinase peaked at 64,150 U/L and she made a full recovery (Guillén Astete et al., 2015). That was a local device rather than a whole-body suit, and its authors advise against using electrical stimulation during active exercise, because the two together can generate enough tension to damage muscle fibres even in a well-conditioned person. These are isolated cases and do not allow an incidence to be calculated, but they indicate fairly consistently where the risk sits, which is the first intense exposure in someone who is not accustomed to it.

Warning signs (stop and seek urgent advice): disproportionate pain, extreme weakness that does not improve, dark urine the colour of tea or cola.

A practical rule for a local device: start gently, progress session by session, and during the first sessions avoid combining an unfamiliar or high-intensity session with hard voluntary exercise of the same muscle unless the device instructions and your physiotherapist's protocol provide for it. The published local-device evidence is mainly isolated case reports, so treat this as prudence rather than a universal prohibition. Supervised whole-body EMS is a different setting, where light exercise during the stimulus is part of the method.

One note to avoid confusion. The whole-body consensus deals with commercial, non-medical use in healthy people, which is why it places neurological conditions among the absolute contraindications. Electrical stimulation applied within neurological rehabilitation, such as FES, is a different matter, prescribed and supervised by a healthcare professional.

What is EMS used for in rehabilitation?

EMS helps to activate the muscles when voluntary movement is still limited, which is one of its better-studied uses. After weeks immobilised by a fracture or surgery, atrophy sets in quickly, and the current makes it possible to generate a contraction before the patient can produce one unaided.

Cases where it adds clinical value:

Atrophy from immobilisation: it lets you activate the fibres when voluntary movement is not yet possible.
Post-surgical recovery: it "wakes up" muscles that pain or swelling has inhibited.
Muscle re-education: it helps re-establish the neuromuscular connection where there is muscle inhibition or difficulty in recovering voluntary activation.

The knee is one of the best-studied settings, because the quadriceps is quickly inhibited after joint injuries and that perpetuates weakness and pain. The meta-analysis by Peng and colleagues (2021), which pooled nine randomised trials and 691 patients who had undergone total knee replacement, found improvements in quadriceps strength at every time point measured, along with effects on pain and function in the medium term. Its own authors ask for caution. In all nine trials the electrical stimulation was added to conventional rehabilitation and never replaced it, several outcomes did not reach the minimal clinically important difference, no benefit was seen for range of movement, and their stated conclusion is that the clinical benefit "remains to be confirmed".

The Spanish review by Castillo-Lozano (2015) on functional knee rehabilitation collected the parameters most often used, a symmetrical biphasic current, a frequency of around 40 Hz, a pulse width of 261 ± 132 microseconds and the highest intensity the patient can tolerate, with work and rest times varying widely between protocols. The author holds that combining electrical stimulation with supervised exercise is necessary for functional gains, and identifies poor application as a frequent cause of poor results. That is an expert observation within a narrative review rather than a tally of failures.

The practical reading is that EMS works as a complement to active work rather than a substitute for it. Sessions spent on the sofa, with no other stimulus, give limited results. If you are in rehabilitation, the supervision of a physiotherapist is key to adjusting parameters and progression, and if pain or swelling increases, review the placement and the intensity, and seek advice if it persists.

Does EMS work in sport?

EMS earns its place in sport when you cannot load as you did before, whether after an injury that limits your usual training, during a deload phase, or as an occasional complementary session. If your knee will not tolerate heavy squats but you need to keep the quadriceps active, this is where it comes in.

Realistic goals in a sporting context:

Pre-training activation: some units include pre-activation programmes, although their usefulness depends on the protocol and they do not replace an active warm-up.
Active recovery after effort: some programmes are used for recovery or for a sense of flushing out, although their effects depend on the protocol and on the individual response.
Localised work: when you want an extra stimulus in a specific muscle without overloading joints that are already fatigued.

What you should not expect is a faster route. The authors of the meta-analysis cited at the start found no statistically significant difference between the two methods once volume was matched (Happ and Behringer, 2022). That result does not demonstrate equivalence, and it cannot be extended to other populations, goals or protocols. Our reading for a sporting context is narrower, because equal strength gains are not the whole picture. Electrical stimulation carries a different risk profile from voluntary exercise, so we treat it as a way to sustain the work when loading is limited rather than as a routine replacement for it.

Nor does it improve sporting technique, intermuscular coordination or specific movement patterns on its own. You can have a quadriceps that responds well to electrical stimulation and still fall short on the technical movement.

On periodisation, not every day and not at maximum intensity from the start. Begin at moderate intensities and gauge your tolerance before increasing them. The specific stimulation frequency and session length are set by the programme the manufacturer intends for the goal you are pursuing, or by your physiotherapist's guidance, rather than by a general rule. If you work with patients, document the individual response, meaning perceived fatigue, residual discomfort and functional progress, and adjust on that information.

Does EMS work for toning or losing weight?

EMS can increase muscle mass and strength, but it does not remove localised fat and it does not act on skin firmness. The meta-analysis by Kemmler and colleagues (2021) on whole-body electrical stimulation in non-athletic adults pooled sixteen studies and 897 participants, and found large, statistically significant effects on muscle mass and on leg and trunk strength. The effect on fat mass, by contrast, did not reach statistical significance.

The practical reading is straightforward. The contraction produced by the current generates a genuine mechanical stimulus and the muscle can adapt, while losing fat still depends on a sustained energy deficit. You can strengthen the rectus abdominis and still see no definition if the layer of fat stays in place. One caveat on scope matters here. That evidence comes from whole-body systems, which stimulate far more muscle mass per session than adhesive electrodes over a single area, so these whole-body results do not allow the effect of local electrodes on one area to be estimated, in either size or direction.

It may be worth considering where conventional loading is temporarily limited, though the body-composition evidence above comes from whole-body systems and does not quantify what local adhesive electrodes achieve. Visible changes are gradual and depend above all on what you do outside the sessions, so steer clear of promises of the "toned stomach in X sessions" kind.

Where do the electrodes go?

The position of the electrodes decides which fibres receive the current and how efficiently, and it is exactly where Castillo-Lozano places the most common errors of day-to-day practice. Three rules prevent most of them:

Rule 1: clean, dry skin. The adhesive needs direct contact. Creams, oils or sweat create a barrier that reduces conduction. If there is a lot of hair, trim it rather than shave it closely, to avoid irritation.

Rule 2: placement to match the goal. Aim for the belly of the muscle or its ends, depending on the programme, and try to sit one electrode over the motor point. Do not place the electrodes directly over wounds.

Rule 3: symmetry and full contact. An electrode lifting at its corners concentrates the current in a small area, which causes discomfort. Press the whole surface down and check that the edges stay stuck.

Common mistakes:

Worn electrodes: they lose adhesion and conductivity. Replace them when they no longer stick well.
Cream or oil before applying: the adhesive does not tolerate greasy residue.
Turning the intensity up to "compensate" for poor placement: it creates discomfort without improving the result.
Electrodes that are too small, or too close together, for the muscle you are trying to activate.

If you work in a clinic, document the placement and the parameters of each session. Reproducibility allows you to compare responses and adjust progression objectively.

What is a first session of electrical stimulation like?

A first session at home comes down to six steps: check the contraindications, set the goal, prepare the skin, place the electrodes, raise the intensity from zero to the right sensation, and look at the skin afterwards.

Check, and set the goal. Go back over the list of contraindications in this article. If any of them applies to you, do not continue without a professional assessment. Then select a motor programme that matches the goal you are after, whether that is activating, strengthening or supporting the recovery of a muscle.
Prepare the skin and the kit. Clean the area with soap and water and dry it, remove creams, oils or sweat residue, and check that the adhesive gel is in good condition with no edges peeling.
Place the electrodes over the belly of the muscle or at its ends, according to the programme and the device manual, and press the whole surface down until the edges stay stuck.
Raise the intensity from zero. You are looking for a visible contraction that is tolerable throughout the session. If you feel jabbing or burning, stop the application and remove the electrodes. Check the skin, the contact, the placement and the device instructions before using it again.
Respect the duration of the programme. That duration is set by the programme you have selected, and many devices fix it at the factory. If the programme does not set it and the manual offers no guidance, do not improvise. Check the device instructions or ask a professional. When you finish, switch the device off, remove the electrodes carefully and store them with their protective plastic.
Look at the skin afterwards. Clean the area gently and do not apply irritant products to skin that is red or sore. Delayed soreness can appear, above all during the first few applications. What is not normal: disproportionate pain, extreme weakness, or intense redness that worsens, blisters or does not settle.

What should you do after an electrical stimulation session?

Watch how your body responds, look after the skin of the treated area, and do not increase the duration, the frequency or the intensity on your own to speed up results. Aftercare matters most in the first few sessions, which is when unexpected reactions appear.

How often to use it. For local EMS there is no universal schedule. Intensity, duration and the ratio of contraction to rest depend on the goal (post-surgical inhibition, preventing atrophy, strengthening, sport), on the muscle treated, on the device and on your tolerance. Follow the programme the manufacturer intends for that goal, or the guidance of the professional supervising the application.

Rest and recovery. An EMS session represents a muscular load, but how much recovery it needs depends on the programme and its intensity. After a local application, match what you do next to how you respond and to the device's instructions.

Looking after the skin. After removing the electrodes, clean the area gently to take off any gel residue and watch for redness or tenderness. These effects are usually mild and temporary, but if they persist, seek advice before the next session. If the treated area feels more sensitive than usual, leave longer before repeating.

If you have any doubts about the effect of the technique, muscle soreness or any unexpected reaction, speak to the specialist supervising your training or treatment.

What changes with whole-body electrical stimulation (WB-EMS)?

WB-EMS stimulates much of the musculature at once through a suit or vest, which is why its screening and its dosing are a good deal stricter than those of a patch device. It has a consensus of its own, and its figures do not transfer to a local device.

The German consensus revised in 2024 by von Stengel and colleagues deals exclusively with non-medical WB-EMS and expressly leaves out studies of local EMS. It classifies as absolute contraindications, among others, acute illness and infection, recent surgery in the area to be stimulated, stents or bypasses fitted within the last six months, untreated hypertension, pregnancy, electrical implants and pacemakers, arrhythmias, severe bleeding disorders, neurological disease and epilepsy. As relative contraindications, meaning situations that call for prior medical approval without ruling the technique out, it lists diabetes, tumours and cancer, kidney disease and cardiovascular disease, among others (von Stengel et al., 2024). Two changes in that revision are worth underlining. Diabetes and cancer both moved from absolute in 2019 to relative in 2024. If you fall into any of those groups, the decision belongs to your doctor.

The international consensus by Kemmler and colleagues (2023) adds the application guidance: screening documented in writing before the first session and reviewed at least every six months; a first session at moderate intensity, equivalent to a "4" on the Borg CR10 scale; one instructor per user in medical WB-EMS, with one instructor per two users the accepted limit in non-medical sessions; one session a week during the first 8 to 10 weeks, and at least four days of rest after each intense session; and a scheduled intake of 250 to 500 mL of fluid before and afterwards. These are evidence-based expert recommendations rather than rules with legal force in the UK, and they let you judge whether a centre applies basic safety measures. If nobody asks you any of this before putting you in a suit, question how professional the service is.

Vigilance does not end the following day either. Creatine kinase peaks at around 72 hours, so extreme muscle pain, marked weakness that does not improve with rest, or dark urine in the following 48 to 96 hours all call for urgent medical advice.

Which stimulator should you buy?

Choose by goal. A TENS mode if you are after pain relief, EMS or NMES if you want to activate or strengthen muscle, and more than two channels if you need to treat several areas at once. At Kinemarket you will find electrical stimulation equipment and spares, and what is worth checking before you buy, meaning the number of channels, conformity, manual control of the dose, consumables, technical support and the warranty, is applied to two real brands in our comparison of Globus and NeuroTrac. And if you are equipping a practice from scratch, that guide shows where this device sits against the rest of the investment.

Frequently asked questions about electrical stimulation

Does electrical stimulation hurt?

It should not. In a motor EMS programme, the sensation you are after is a rhythmic contraction, firm but tolerable. If you feel jabbing, burning or discomfort that makes you tense up, stop the application and check the intensity, the electrode placement, the condition of the skin and the device instructions. Pain is not a sign that it is working better.

How often can I use EMS?

For local EMS there is no single schedule, because it depends on the goal, the device and how well you tolerate it. Follow the manufacturer's programme for the goal you have set, or your physiotherapist's guidance, and do not lengthen or multiply the sessions on your own. Check the skin between applications. More sessions do not mean better results.

When do you see results with electrical stimulation?

Some effects are immediate, such as the sense of muscle activation after EMS or the temporary pain relief with TENS. Sustained changes can take several weeks and depend on the goal. What matters is the programme you choose, an intensity that is appropriate and tolerable in line with the manual, consistency, and combining it with active exercise where that is indicated. Without those supports, results tend to be limited.

Does electrical stimulation work for losing weight?

Not as a stand-alone strategy. Fat is lost through a sustained energy deficit, and no stimulator removes the layer of fat covering the muscle being worked. It can complement a plan that includes physical exercise and a suitable diet, but expecting weight loss from EMS sessions alone is not realistic.

Sources and references

Reviews, consensus documents and trials we drew on for this guide:

Peng L, Wang K, Zeng Y, Wu Y, Si H, Shen B (2021). Effect of Neuromuscular Electrical Stimulation After Total Knee Arthroplasty: A Systematic Review and Meta-Analysis of Randomized Controlled Trials. Frontiers in Medicine, 8, 779019.
Happ KA, Behringer M (2022). Neuromuscular Electrical Stimulation Training vs. Conventional Strength Training: A Systematic Review and Meta-Analysis of the Effect on Strength Development. Journal of Strength and Conditioning Research, 36(12), 3527-3540.
Kemmler W, Shojaa M, Steele J, Berger J, Fröhlich M, Schoene D, von Stengel S, Kleinöder H, Kohl M (2021). Efficacy of Whole-Body Electromyostimulation (WB-EMS) on Body Composition and Muscle Strength in Non-athletic Adults. A Systematic Review and Meta-Analysis. Frontiers in Physiology, 12, 640657.
Kemmler W, Fröhlich M, Ludwig O, Eifler C, von Stengel S, Willert S, Teschler M, Weissenfels A, Kleinöder H, Micke F, Wirtz N, Zinner C, Filipovic A, Wegener B, Berger J, Evangelista A, D'Ottavio S, Singh Sara JD, Lerman A, Perez de Arrilucea Le Floc'h UA, Carle-Calo A, Guitierrez A, Amaro-Gahete FJ (2023). Position statement and updated international guideline for safe and effective whole-body electromyostimulation training: the need for common sense in WB-EMS application. Frontiers in Physiology, 14, 1174103.
von Stengel S, Fröhlich M, Ludwig O, Eifler C, Berger J, Kleinöder H, Micke F, Wegener B, Zinner C, Mooren FC, Teschler M, Filipovic A, Müller S, England K, Vatter J, Authenrieth S, Kohl M, Kemmler W (2024). Revised contraindications for the use of non-medical WB-electromyostimulation. Evidence-based German consensus recommendations. Frontiers in Sports and Active Living, 6, 1371723.
Stöllberger C, Finsterer J (2019). Side effects of whole-body electro-myo-stimulation. Wiener Medizinische Wochenschrift, 169(7-8), 173-180.
Castillo-Lozano R (2015). Eficacia de la estimulación eléctrica neuromuscular en la rehabilitación funcional de rodilla en soldados. Sanidad Militar, 71(4), 254-261.
Guillén Astete CA, Zegarra Mondragón S, Medina Quiñones C (2015). Rabdomiólisis secundaria a la realización de actividad física y electroestimulación simultánea: reporte de un caso. Reumatología Clínica, 11(4), 262-263.

Strappal and Strappal Forte: specs, uses and differences

Stefan Schwarz — Wed, 05 Aug 2026 13:01:00 +0200

Strappal is a rigid zinc oxide tape used for functional taping. It stabilises the joint and restricts specific movements without immobilising it completely. It is made by BSN medical and comes in two versions, Strappal and Strappal Forte, which share neither the same backing nor the same adhesive.

Below we set out what the manufacturer states about each one, where they genuinely differ and when each makes sense in the clinic. We stock both at Kinemarket, and this guide draws on the manufacturer's technical documentation and the published evidence.

What Strappal is and who makes it

Strappal is one of the classic tapes in functional taping, the technique that uses non-elastic tape to selectively block the range of movement that hurts or puts the injury at risk. The brand belongs to BSN medical, formed in 2001 as a joint venture between Beiersdorf and Smith & Nephew, and part of the Swedish group Essity since 3 April 2017.¹ It sits in BSN's orthopaedics and physiotherapy catalogue alongside names you will probably recognise, such as Leukotape, Tensospray and Tensoplast.

Standard Strappal: the manufacturer's specifications

Standard Strappal is a non-elastic tape with a viscose backing and a zinc oxide adhesive mass that contains no rubber. The adhesive is latex-free and the product is not manufactured with natural rubber latex, although the technical specifications do declare colophony, a well-known contact sensitiser.² A latex-free tape can still cause skin reactions, so that detail is worth bearing in mind with patients who have a history of contact dermatitis.

The formulation is also free of phthalates. The tape tears by hand thanks to its serrated edge, which also stops it fraying, and it allows radiological examination without removing the strapping.²

On sizes, Strappal comes in 10 m rolls in widths of 2.5, 4 and 5 cm, and the intended application is short-term. How long it actually stays put depends on the technique, the skin and the area, and the technical specifications declare no water resistance for this version.² You will find shops describing standard Strappal as water-repellent cotton. That construction belongs to the Forte, not to the standard tape.

Strappal Forte: what changes compared with the standard tape

Strappal Forte is a water-repellent cotton fabric with a zinc oxide and rubber adhesive, particularly high in tensile strength, non-elastic, and with a higher declared adhesive power than the standard tape. That change of adhesive matters in clinic, because the Forte contains natural rubber latex and can cause allergic reactions.³

The manufacturer publishes the same construction for Leukotape Classic, the product in its catalogue that distributors identify with the Forte. It has a woven cotton backing and an adhesive mass of natural and synthetic rubber, and it is water-resistant.⁴

	Strappal	Strappal Forte
Backing	Viscose	Water-repellent cotton
Adhesive	Zinc oxide, rubber-free	Zinc oxide with rubber
Latex	Latex-free	Contains natural rubber latex
Other declared allergens	Colophony	Check the product packaging
Water resistance	Not declared	Water-repellent
Formats at Kinemarket	4 cm x 10 m, single roll or 24-pack	3.75 cm x 10 m

What is Strappal used for in clinic?

Strappal is indicated for treating and preventing muscle, ligament and joint injuries, for selective immobilisation and for sports trauma, with strains and sprains as the typical case. The manufacturer also lists rigid joint strapping, orthopaedic uses and continuous adhesive traction.² In practice you will see it mostly on the ankle, and also on the knee, wrist and fingers.

What does the evidence say?

A clinical guideline on ankle sprains concludes that, after an acute lateral ligament rupture, the patient benefits most from tape or a brace combined with an exercise programme (Vuurberg et al., 2018). The same guideline treats braces as an effective option for preventing recurrence. The evidence-based question bank run by the Servicio Murciano de Salud points in the same direction. In grade I and II sprains, functional treatment comes out ahead of strict immobilisation (Preevid, 2004). The differences do lose significance, though, once the lower-quality trials are excluded. Beyond the ankle, the Valencia trial of low-Dye taping for plantar fasciitis also used a Strappal bandage. If you work a lot with athletes, or you are nursing an injury yourself, our sports injuries guide fills in that context.

When to choose each version

The standard tape suits patients with sensitive skin or a latex allergy, with the colophony caveat in mind. The Forte is the one to reach for when the strapping has to hold up against sweat, moisture or heavy adhesive demands, and latex is not a concern.

Two technique precautions, without turning this into a tutorial: rigid tape is not applied in a complete circular pattern, because it can act as a tourniquet, and on sensitive skin or in strappings meant to last more than a day it is worth putting underwrap underneath. How underwrap, cohesive bandage and rigid tape fit together in a single application is covered in our comparison of underwrap, cohesive bandage and rigid strapping. And where a fracture, a severe sprain or a skin lesion is suspected, tape is not a standalone answer. Those situations call for proper assessment.

Available formats

These are the formats we carry, depending on what you need:

To try the tape or restock in small quantities: Strappal Tape 4 cm x 10 m as a single roll.
For a clinic getting through it regularly: the 24-pack of 4 cm Strappal Tape, the same box format the manufacturer uses.
For maximum adhesion in sweat or damp conditions: Strappal Forte 3.75 cm x 10 m.
The rest of the strapping and bandaging range, from underwrap to cohesive bandages, is in our bandages collection.

Professional alternatives and companion products

Within BSN medical's own catalogue, Leukotape Classic shares the Forte's construction, cotton with a rubber adhesive and water resistance, and adds the option of coloured rolls. As a lower-cost non-elastic alternative there is the Functional Sporttape 3.8 cm, one of the store's best-selling formats.

Kinesiology tape is a separate category. Because it’s elastic, it accompanies movement rather than blocking it, which is why it falls short when the aim is to restrict a specific range. If that approach interests you, our kinesiology taping guide explains how it works, and our guide to choosing kinesiology tape sets out the buying criteria for your practice.

Frequently asked questions about Strappal

What is Strappal tape?

Strappal is a non-elastic zinc oxide tape made by BSN medical for functional taping. It is used to stabilise joints and limit specific movements in injury prevention and recovery, particularly in sport.

What sizes does Strappal come in?

The rolls are always 10 m long, in widths of 2.5, 4 and 5 cm for the standard tape and 3.75 cm for the Forte. At Kinemarket, we carry the 4 cm standard tape as a single roll and as a 24-pack, plus the 3.75 cm Forte.

What is Strappal used for?

For rigid functional taping: stabilising the ankle, knee, wrist or fingers, preventing injuries in sport, and supporting recovery from muscle and ligament injuries through selective immobilisation.

How do Strappal and Strappal Forte differ?

The standard tape has a viscose backing and a latex-free zinc oxide adhesive. The Forte has water-repellent cotton and a zinc oxide adhesive with rubber, with more declared adhesive power. The comparison table sets out the differences side by side.

Does Strappal contain latex?

Standard Strappal does not. Its adhesive is latex-free, though it does contain colophony, which can also cause sensitisation. Strappal Forte does contain natural rubber latex. Always check the packaging of the specific product you are using.

Is Strappal the same as kinesiology tape?

No. Strappal is a rigid tape that restricts movement, whereas kinesiology tape is elastic and can be used alongside it. They are complementary categories with different aims, not interchangeable products.

How long can a Strappal strapping stay on?

The manufacturer describes the application as short-term, without giving a fixed figure. How long it lasts depends on the technique, the skin and the area, and the strapping should come off sooner if pain, swelling, or changes in distal colour or sensation appear, or if it starts lifting.

What goes under Strappal to protect the skin?

Foam underwrap, the classic pre-tape layer. It goes between the skin and the tape when the skin is sensitive, or the strapping is going to stay on for more than a day. Our comparison of underwrap, cohesive bandage and rigid strapping explains how they combine in a single application.

Sources and references

These are the manufacturer's specifications and the references we drew on for this guide:

Essity. Annual and Sustainability Report 2017, acquisitions: completion of the BSN medical purchase on 3 April 2017.
Essity / BSN medical. Strappal technical specifications in German and in French: latex-free and phthalate-free adhesive, colophony, viscose backing, sizes and indications.
BSN medical. Strappal Forte distribution documentation, ref. 3200 (accessed August 2026): water-repellent cotton, zinc oxide and rubber adhesive, natural rubber latex content. No public manufacturer data sheet is available.
Essity / BSN medical. Leukotape Classic technical specifications (in French): woven cotton with a natural and synthetic rubber adhesive, water-resistant.
Vuurberg G, Hoorntje A, Wink LM, et al. (2018). Diagnosis, treatment and prevention of ankle sprains: update of an evidence-based clinical guideline. British Journal of Sports Medicine, 52(15), 956.
Preevid, Servicio Murciano de Salud (2004). ¿Es más efectivo el vendaje funcional vs. la inmovilización en el esguince de tobillo grado I-II?

Kinesiology tape colours: what do they really mean?

Stefan Schwarz — Fri, 07 Aug 2026 22:31:00 +0200

Blue to "bring swelling down", red to "activate", black to "add strength". That is the explanation doing the rounds in clinics, shops and changing rooms, and the reason some patients ask for a particular colour before you have even applied the tape.

The association has not been demonstrated. No solid clinical evidence establishes that one colour of kinesiology tape works better than another, and the direct comparative trial we have, run in healthy adults, found no difference in performance, strength or neuromuscular function between the colours tested. What the colour does change is practical: how visible the application is, what the patient prefers, and how you organise your stock. Here is what each colour is said to do, where the idea came from, and what the trial that put it to the test actually found.

What does each kinesiology tape colour mean?

Each colour is credited with an effect borrowed from colour therapy, and that is how it tends to appear in popular articles and on shop and clinic websites. Here are the main attributions you will come across, distinguishing Kinesio's own statements from unsupported claims that circulate elsewhere.

Colour	What it is credited with	What the sources say
Red and pink	Heat and energy	Kinesio presents these colours as developed for colour therapy and associates red with heat and energy. No therapeutic effect attributable to colour has been demonstrated
Blue	Cooling and calm	Same origin. Kinesio associates blue with cooling and calm. Again, no demonstrated effect
Black	Strength and power; said to absorb heat and pass it to the tissue	Kinesio says black was added for athletes, after many requests, and attributes no thermal property to it. A dark surface does absorb more radiation, but no clinically relevant rise in skin temperature has been demonstrated
Beige	Neutral, no effect of its own	Kinesio developed beige for minimal visibility. No therapeutic property of its own has been demonstrated, as with every other colour

Does the colour change the result of the application?

Not on the evidence available. Kinesio states that the colours in its own range show no physical or chemical difference, and the direct comparative trial we have found no difference by colour (Cavaleri et al., 2018). It was run in healthy adults and assessed neither pain nor clinical outcomes in patients. That limits how far the findings can be generalised.

That conclusion is about colour. Across musculoskeletal disorders, the overall evidence for kinesiology taping remains uncertain. A large 2026 overview found possible immediate and short-term effects on pain, with very low overall certainty (Mo et al., 2026). We go through that evidence in our guide to what kinesiology taping is for and what the evidence says.

Where does the idea of a therapeutic colour come from?

The association appears in Kinesio's own official explanation. The brand says its colours "were developed to be compatible with colour therapy", that beige was created to be seen as little as possible and black was added after many requests, and that the choice of colour "is a matter of individual preference". In the same answer it states that "there is no physical or chemical difference between the colours".

Those two statements are worth reading together. The first describes how the colour range is positioned in relation to colour therapy. It is not evidence of a therapeutic effect attributable to colour, and the second is a statement about the product rather than about what a colour can do. That wording may have contributed to a colour preference later being read as a therapeutic property of the product.

What exactly did the colour trial test?

The trial compared several colours and application conditions head to head. Cavaleri and colleagues assessed 32 healthy adults under five conditions (no tape, beige with tension, beige without tension, red with tension and blue with tension) in a randomised crossover design, using a validated hop test, knee extensor strength on an isokinetic dynamometer, and neuromuscular function assessed by transcranial magnetic stimulation.

Colour influenced neither performance (p = 0.669), nor quadriceps strength (p = 0.536), nor neuromuscular function (p = 0.301). The authors conclude that the application alters neither performance nor lower limb muscle function in healthy adults, whichever colour is used (Cavaleri et al., 2018).

What does choosing a colour actually change?

The differences colour makes are practical, not physiological:

Preference and acceptance. Choosing a colour the person finds discreet or appealing may make them more willing to wear the tape. We have not identified a trial showing better adherence from choosing any particular colour.
Internal colour coding. A practice can assign colours to body areas or types of application to keep its stock organised. That is a working convention, not a therapeutic difference.
Discretion or visibility. Beige is generally less noticeable under clothing, while bright colours stand out more, which can suit a sports team.

One possible mechanism is expectation, and it should not be overstated. Colour may influence what a patient expects, and with it what they feel. For kinesiology taping this has not been demonstrated: Cavaleri recorded each participant's colour preference and found no effect on the measured outcomes.

What should you look at instead of the colour?

Look first at the specific product, rather than the colour or the brand alone. A laboratory study measured 380 samples from 19 brands, four colours per brand, and found statistically significant mechanical differences both between brands and between colour groups. Black recorded the lowest maximum force, tenacity and pre-stretch, and blue the highest work and pre-stretch. On percentage elongation there was no significant difference by colour (Selva et al., 2019).

Selva's design detects associations between colour and certain properties, but it demonstrates neither that the pigment causes them nor that those differences have clinical consequences. In laboratory peel tests on untanned sheepskin, no significant difference by colour was recorded either, whether dry, wet or after exposure to artificial sweat. In practice, compare the material, the adhesive, the format and the documentation of the specific product.

For everyday clinic use. Choose the range based on its composition and adhesive, and the colour on patient preference. In our catalogue, the Temtex 5 cm × 5 m comes in nine colours.
For volume and colour coding. The 35 m AcuTop Classic XXL comes in ten colours. You can find the full range in our kinesiology tape collection.

We set out the criteria that matter when buying for a physiotherapy practice in our guide to choosing kinesiology tape, and the AcuTop and Temtex comparison covers the two ranges in detail.

Frequently asked questions

Does blue kinesiology tape bring swelling down?

Not because it is blue. The idea comes from the colour association between blue and cold, not from a measurement. If you are using kinesiology taping where there is inflammation or oedema, the indication and the way the tape is applied are matters for clinical assessment. The colour adds no demonstrated anti-inflammatory effect.

Does black kinesiology tape increase strength or get warmer?

No evidence supports either claim. According to the manufacturer itself, black was added to the range at users' request, not for a thermal property. The fact that a dark surface absorbs more radiation does not demonstrate that black tape warms the skin enough to change the treatment.

Can one colour cause more skin reactions than another?

No particular colour has been shown to cause more reactions. Kinesio's own precautions concern sensitive skin, heavy sweating and removing the tape as soon as irritation appears, not colour. On reactive skin, apply a small piece of tape, leave it in place for 24 hours, and stop using it if there is an abnormal reaction such as itching, marked redness, burning or swelling (Kinesio Taping Perfect Manual, 2nd edition).

Sources and references

These are the sources we drew on to write this article:

Kinesio Taping Association. Official frequently asked questions on Kinesio Tex and Kinesio Tape FAQs. The two pages contain complementary statements about Kinesio's own range. The first is the source for the absence of any physical or chemical difference between the colours, for colour-therapy compatibility, for beige and black, and for colour being a matter of individual preference. The second is the source for the red-and-pink and blue associations, which do not appear on the first. Checked in August 2026.
Kinesio Taping Association International. Kinesio Taping Perfect Manual, 2nd edition (free public sample, PDF). Manufacturer precautions for sensitive skin: a test patch on a small area left for 24 hours before use. Checked in August 2026.
Cavaleri R, Thapa T, Beckenkamp PR, Chipchase LS. The influence of kinesiology tape colour on performance and corticomotor activity in healthy adults: a randomised crossover controlled trial. BMC Sports Science, Medicine and Rehabilitation, 2018;10:17. Randomised crossover trial in 32 healthy adults across five application conditions, with a validated hop test, isokinetic dynamometry and transcranial magnetic stimulation.
Selva F, Pardo A, Aguado X, Montava I, Gil-Santos L, Barrios C. A study of reproducibility of kinesiology tape applications: review, reliability and validity. BMC Musculoskeletal Disorders, 2019;20:153. Mechanical tests and peel tests on 380 specimens, four colours per brand. Its design does not allow the gaps observed to be traced to the pigment itself.
Mo Q, Deng Z, Zheng J, Wu T, Hu F, Xu S, Zou J, Zheng X. Effectiveness and clinical relevance of kinesio taping in musculoskeletal disorders: an overview of systematic reviews and evidence mapping. BMJ Evidence-Based Medicine, 2026. An overview of 128 reviews or review projects, of which 73 are published systematic reviews and 55 registered but not yet published, covering 310 unique trials and 15,812 participants; 78% of the reviews appraised were of critically low methodological quality. This is the overall source on the effectiveness of kinesiology taping in musculoskeletal disorders.

Globus Genesy 600 vs Genesy 300 Pro: which should you buy?

Stefan Schwarz — Tue, 11 Aug 2026 06:24:00 +0200

The Globus Genesy 600 and the Globus Genesy 300 Pro are four-channel professional stimulators with the same dimensions and the same published electrical specifications. The one documented difference of substance is the programme catalogue. The Genesy 600 carries 149 programmes and the Genesy 300 Pro 91, according to the manufacturer's official technical data sheets.

If you are weighing the two up while equipping your practice, here is exactly where those 58 extra programmes sit and which kinds of practice they pay off for.

Quick verdict

The Genesy 600 adds 58 programmes over the 300 Pro, and they fall into five blocks only: sport, rehabilitation, denervated muscle, and the two 3S and Action Now features. The published data sheets give both units the same programme counts in the pain, microcurrent, fitness, incontinence and iontophoresis categories.

Choose the Genesy 600 if you need the programmes the manufacturer intends for denervated muscle, a wider sport catalogue, the 3S sequences, the Action Now feature or the five additional rehabilitation programmes. Those are the five blocks where the 300 Pro either falls short or lists nothing at all.
Choose the Genesy 300 Pro if your work is concentrated in pain relief, microcurrent, iontophoresis and incontinence. The two data sheets give identical counts across those four categories, so the extra outlay on the 600 buys no additional programmes there.

Two notes before we start. Kinemarket sells both models, and this is a desk-based comparison of specifications and catalogue prices, built from Globus's official technical data sheets and the product data sheets. It is not a clinical trial or a performance test of our own. And CE marking means the product has been through the conformity assessment procedure that applies to it and meets the corresponding legal requirements. It is not a comparative certification and it does not demonstrate that one model produces better clinical results than the other.

At a glance

Criterion	Genesy 300 Pro	Genesy 600
Channels	4 independent (8 electrodes)	4 independent (8 electrodes)
Programmes	91	149
Frequency	0.3 to 150 Hz	0.3 to 150 Hz
Pulse width	40 to 450 µs	40 to 450 µs
Intensity	0 to 120 mA per channel	0 to 120 mA per channel
Preset programmes for denervated muscle	Not listed	3: triangular, trapezoidal and rectangular
Features the Genesy 600 lists and the 300 Pro does not	None	3S Serial Sequential Stimulation (12) and Action Now (7)
Sport programmes	22	53
Rehabilitation programmes	6	11
Pain, microcurrent, fitness, incontinence, iontophoresis	20 / 12 / 29 / 1 / 1	20 / 12 / 29 / 1 / 1
Display and format	2.6″ · 100 × 160 × 35 mm · 440 g	2.6″ · 100 × 160 × 35 mm · 450 g
Class stated on the distribution data sheet	IIa	IIa
Indicative price*	~€399	~€599

*Indicative prices from Kinemarket's Spain/EU catalogue, checked on 6 August 2026, shown in euros with Spanish VAT included; tax treatment and delivery costs vary by destination. The catalogue and promotions change, and depending on the season either model may be on special offer.

What do the two Genesy units share?

The Genesy 600 and the Genesy 300 Pro share their channels, frequency, pulse width, intensity, display size and dimensions, with identical figures on both technical data sheets. The legal manufacturer of both units is Domino S.r.l. (Codognè, Veneto), which appears at the foot of each sheet; Globus is the brand. The standard equipment matches as well: a bag, four electrode cables, two cables for microcurrent and iontophoresis, four square electrodes, four rectangular ones, a charger and a manual.

The main operating features are common to both units too. Both data sheets list Multi User, Programmable, Stim Lock, Last 10, Favorites, Syncro Stim, My Trainer, Auto Stim, Work Time and 2+2 working, which runs two different programmes over two treatment areas at once. Using it on two patients at the same time also depends on what the model's manual permits and on your practice's hygiene protocol.

Where does the 58-programme difference sit?

The Genesy 600's 58 additional programmes fall into five blocks. There are 31 in sport, 12 in 3S sequential stimulation, 7 in Action Now, 5 in rehabilitation and 3 for denervated muscle. Outside those blocks, the category counts are identical.

Sport (22 against 53). This is the block that grows most and it accounts for more than half the gap. Both models carry the usual core (capillarisation, warm-up, active and post-competition recovery, maximum strength, strength endurance and explosive strength, reactivity, hypertrophy), and the Genesy 600 assigns 31 more programmes to the category. The data sheet does not print the full list of 53, so compare by category rather than programme by programme.

Denervated muscle (0 against 3). This is the substantive clinical difference. The Genesy 600 carries triangular, trapezoidal and rectangular currents, which the manufacturer associates with low, medium and high levels of denervation respectively. The 300 Pro does not list them. If you need those three programmes, the Genesy 600 is the only one of the two that offers them.

3S sequential stimulation (0 against 12). The 3S programmes delay the activation of channels 3 and 4 relative to channels 1 and 2. According to the data sheet, this allows muscle to be stimulated along a kinetic chain by activating the different groups at separate moments.

Action Now (0 against 7). Seven parameter combinations intended to pair and synchronise electrical stimulation with a voluntary action by the patient. The wording repays careful reading. The data sheet describes synchronisation with a voluntary movement, not triggering from the patient's own muscle signal. Neither data sheet mentions EMG biofeedback.

Rehabilitation (6 against 11). The data sheet assigns five more programmes to the Genesy 600. They include upper and lower limb hemiplegia, ankle and leg rehabilitation, and muscle spasm. That published list also carries several labels that cannot be reconciled unambiguously with the stated subtotal of 11, so again, keep the comparison at category level.

The pain and microcurrent blocks deserve a separate mention, because the published counts match on both models. Both data sheets list the same 20 pain programmes, including the four modes of TENS for pain relief (conventional, modulated, low frequency and endorphinic), and the same 12 microcurrent programmes. Iontophoresis and incontinence run to one programme each on both models.

The 58 programmes the Genesy 600 adds, top to bottom: sport (+31), 3S sequential stimulation (+12), Action Now (+7), rehabilitation (+5) and denervated muscle (+3).

How do you choose between the Genesy 600 and the Genesy 300 Pro?

Four checks settle it, and none of them turns on the total number of programmes.

Do you treat denervated muscle? If so, the Genesy 600 is the only one of the two that lists those programmes, and that requirement rules the 300 Pro out within this comparison. If not, you have just eliminated the Genesy 600's strongest argument.
Do you need the wider sport catalogue, the 3S sequences, Action Now or the additional rehabilitation programmes? If one of them answers a real need in your practice, that is the concrete reason to consider the 600. If none does and the 300 Pro's programmes cover what you actually do, including general muscle stimulation work, the 300 Pro is the more economical of the two.
How much of your diary is pain relief? If most of your sessions involve pain, microcurrent or iontophoresis, you get the same counts on both data sheets. The 300 Pro then covers the same ground at a lower price, and the difference can fund other things in the practice.
Do you want headroom for work you do not do yet? If your current needs are fully covered by the 300 Pro, the 600 can still be justified by that functional headroom, provided you genuinely expect to use its extra blocks. This is a practice-planning decision, not an argument about clinical effectiveness.

Two more checks apply to any stimulator. The distribution data sheets state Class IIa for both units, a class that does not appear in the official technical data sheets we reviewed. Where the EU conformity assessment procedure requires notified-body involvement, the body's identification number accompanies the CE mark.

Qualifying legacy Class IIa devices may also continue to be placed on the EU market until 31 December 2028, subject to the conditions in article 120 of Regulation (EU) 2017/745. For the unit you are sent, check the declaration of conformity, the applicable certificate and the labelling to establish which regime applies, and confirm that the accompanying information is supplied in the official language or languages required by the member state where the device is made available.

Kinemarket stocks both models, the Globus Genesy 300 Pro and the Globus Genesy 600. Both data sheets list self-adhesive electrodes in the same formats, and whether a replacement fits depends on the connector type and the unit's specifications. Compatible consumables are available, such as disposable TENS electrodes with cables, and the rest of the range sits under electrotherapy equipment. Build the expected cost of consumables into your comparison, particularly if you anticipate heavy use.

If you have not settled on a brand yet, the Globus and NeuroTrac comparison takes the decision one step further back, and our article on types of electrotherapy and their uses runs through which current does what.

Frequently asked questions

How many channels does the Globus Genesy 300 Pro have?

Four independent channels and 8 electrodes, the same as the Genesy 600. The manufacturer's official technical data sheet heads it as a 4-channel electrotherapy unit and sets it out in the specifications. The point is worth making, because the lower price suggests a 2-channel device.

Is the Genesy 600 worth the price difference?

It comes down to one thing. Will you use at least one of the five blocks the 600 adds, namely denervated muscle, the wider sport catalogue, the 3S sequences, Action Now and the five extra rehabilitation programmes? If a single one of them matches your practice, the extra outlay buys something specific. If none does, you are paying for programmes you do not expect to use.

Do the Genesy 600 or the 300 Pro offer EMG biofeedback?

Not according to their technical data sheets. The 600's Action Now feature synchronises stimulation with a voluntary action by the patient, which is not stimulation triggered by the muscle's EMG signal. If you need EMG biofeedback, the search does not end with these two models.

Do the same electrodes and accessories fit both Genesy units?

The data sheets describe the same standard equipment, with four electrode cables and two for microcurrent and iontophoresis, and self-adhesive electrodes in square and rectangular formats. Kinemarket's product pages list those as 50 × 50 mm and 50 × 90 mm. Before reusing accessories or ordering replacements, confirm the connector type and the unit's specifications.

Does CE marking mean the Genesy 600 is a better unit than the 300 Pro?

No. CE marking does not compare the two models and it does not demonstrate that either produces better clinical results. To verify conformity for a specific unit, check its declaration of conformity and, where applicable, the notified body certificate.

Sources

Globus Corporation, the brand's official site: official Genesy 300 Pro page and official Genesy 600 page. Checked in August 2026.
Official technical data sheets in PDF from Domino S.r.l. (manufacturer of the Globus range): Genesy 300 Pro (4 channels, 91 programmes, breakdown by area and programme list) and Genesy 600 (4 channels, 149 programmes, breakdown by area, description of 3S and Action Now). Revision En_05_2022; the channels, electrical specifications, per-block counts and standard equipment all come from these.
Regulation (EU) 2017/745 on medical devices, consolidated text on EUR-Lex, version of 1 January 2026, article 10(11) (information accompanying the device in the official language or languages determined by the member state), article 19 (EU declaration of conformity), article 20(5) (the notified body's identification number follows the CE marking where applicable) and article 120, which sets 31 December 2028 as the end of the transitional arrangements applying to Class IIa devices.
Distribution product data sheets for both models, checked on 6 August 2026, for the warranty and catalogue prices. The Class IIa designation comes from those distribution sheets and does not appear in the official May 2022 technical data sheets reviewed for this comparison, so it is cited as distribution information rather than as manufacturer confirmation. Where the official technical data sheet and the distribution documentation disagree on a figure, the former prevails.

Kinefis: brand information, creams and product range

Stefan Schwarz — Mon, 17 Aug 2026 08:52:00 +0200

Kinefis is a Spanish physiotherapy equipment distributor's own brand.

Before you equip or restock your practice, knowing who is behind a brand helps you understand what you are buying, how stable the range is and who you deal with if something goes wrong.

Who is behind Kinefis?

Behind it is Fisaude, which selects and markets the range under its own brand. The manufacturer behind each part of the range is not consistently disclosed. For the cosmetics, Iuvenor Lab, a laboratory in O Carballiño (Ourense), publicly lists "Kinefis Crema" among its ‘Cosmética de Autor’ projects for Fisaude.¹

The current public sources reviewed do not allow us to attribute every Kinefis cosmetic product sold today to Iuvenor, nor do they link Iuvenor to Kinefis equipment.

What products does Kinefis offer?

For a physiotherapy practice, the range can be summarised in five main blocks.

Clinical furniture. Includes treatment couches and stools for the practice. This block is designed to kit out the treatment room. Within it you will find the Two-Section Electric Treatment Couch.
Dermocosmetics and aesthetics. This block brings together creams, gels and oils for professional use. It includes heat, cold and conductive products, plus a CBD line. It is designed for clinical and treatment room use.
Podiatry. Brings together foot care products. It is a specific block, separate from general practice equipment.
Fitness and Pilates. Groups equipment for rehabilitation and conditioning. It differs from clinical furniture because it is oriented towards movement. It suits gyms, Pilates studios and practices with rehabilitation and conditioning services.
Disposables, electrodes and consumables. This covers routine practice restocking. It includes the 5 × 5 cm snap adhesive electrodes that we also stock.

Among the Kinefis couch ranges are Supreme, Quality, Elite and Opportunity, only as range names, and Fisaude states that some of these are made in Spain.²

What creams and gels does Kinefis offer?

Kinefis cosmetics fall into massage creams, heat and cold products, and conductive products for use with equipment. We describe them using the information stated on their product pages.

Kinefis Evolution Profesional

Fisaude markets Kinefis Evolution Profesional as a professional massage cream. It comes in a 200 ml format. The product page states plant active ingredients such as arnica, calendula, chamomile, rosemary, lavender, sweet orange, jojoba, grape and sweet almond.³

Kinefis K-Silver Heat Cream

Kinefis K-Silver Heat Cream is available in 100 ml and 500 ml formats. The product page lists plant extracts of chamomile, centella, fucus, arnica and melissa, plus essential oils of orange, rosemary, clove and camphor. The product page describes it as providing a thermal effect that conditions and comforts the skin in the application area.³

Kinefis Intense Cold Gel

Kinefis Intense Cold Gel comes in a 500 ml format. The product page lists menthol, camphor, wintergreen and peppermint among its ingredients. It is the cold product in the range.³

Kinefis Kinesonic

Kinefis Kinesonic is a conductive gel for ultrasound and electrotherapy. For electrotherapy, see electrotherapy in physiotherapy, types and uses. We stock it as the Kinefis Ultrasound Gel Kinesonic 5kg + 500ml.³

Kinefis Diaterm Care

Kinefis Diaterm Care is a conductive cream for diathermy or tecar therapy. Its product page describes it as a conductive cream with cosmetic active ingredients that condition the skin, without parabens or phenoxyethanol. We stock the 5 kg format.³

Other cosmetic products

The cream range also includes Intensive Profesional, Cirkalia, Sport Balm, Hidrafeet and a CBD line, but this article does not go into them.³

Are they cosmetics or medical devices?

The product pages we reviewed for several Kinefis creams present them as professional cosmetics and publish INCI lists with fragrance allergens such as limonene, linalool or citral. For the Kinesonic and Diaterm Care conductive products, the product pages describe their use alongside electrotherapy, ultrasound or diathermy equipment. The absence of a visible classification or CE marking on a shop product page does not settle regulatory status. If that classification matters for your purchase or your protocol, check the labelling and the manufacturer's or distributor's documentation.³

Which Kinefis products do we stock?

Our selection is five products, focused on practice consumables plus one treatment couch, and it is not the brand's full range.

Product	Format	Price (VAT incl.)*
Kinefis Neutral Massage Cream (5 + 1 Litres)	5 L + 1 L extra	47,90 €
Kinefis Diaterm Care Conductive Cream 5 kg	5 kg	49,90 €
Kinefis Ultrasound Gel Kinesonic 5kg + 500ml	5 kg + 500 ml	19,90 €
Two-Section Electric Treatment Couch	Two sections, electric height 43 to 77 cm	690,00 €
Kinefis SNAP/CLIP Adhesive Electrodes 5x5 cm (4-Pack)	4 units	2,50 €

*Indicative prices from Kinemarket's Spain/EU catalogue, checked in August 2026, shown in euros and including Spanish VAT. Tax treatment and delivery costs vary by destination.

The Kinefis Neutral Massage Cream (5 + 1 Litres) is convenient for long manual treatment sessions, and the Kinefis SNAP/CLIP Adhesive Electrodes 5x5 cm (4-Pack) are a replacement format for electrotherapy. For TENS, see TENS for pain relief, how it works and how to use it. To complete the initial equipment for a practice, review essential equipment for opening a physiotherapy clinic.

The Kinefis collection is where you will find the live listing with current availability and price. The treatment couches and electrodes also have their own electromedicine collection.

What kind of practice does Kinefis suit?

The breadth of the Kinefis range lets you concentrate consumables and some of the routine practice equipment under one brand.

Kinefis is not a good fit if your protocol demands a specific classification and you have not checked it in the documentation, or if you need a product we do not stock. In those cases, the product page and the product classification are what matter, not the brand.

Frequently asked questions

What is the difference between Kinesonic and Diaterm Care?

Kinesonic is used with ultrasound and electrotherapy equipment, and Diaterm Care with diathermy or tecar therapy equipment.

What is the difference between K-Silver Heat Cream and Intense Cold Gel?

K-Silver is marketed as a heat-effect cream and Intense Cold Gel as a cold-sensation product. They also differ in formulation and formats.

Why are the Kinefis products we sell in large formats?

The creams and gels we stock come in professional-use container sizes for a practice that goes through product daily. The brand also sells the same products in small 500 ml or 1 L formats.³

What is the difference between the neutral massage cream and the other Kinefis creams?

The neutral massage cream is intended as a glide medium for prolonged manual work. Several of the other creams in the range are presented on their plant active ingredients, which their pages set out.³

Sources

Iuvenor Lab, Cosmética de Autor, where the Kinefis Crema project appears. Accessed August 2026.
Kinefis brand catalogue and public brand presentation, published by Fisaude, accessed August 2026.
Distributor product pages for the Kinefis creams and gels, published by Fisaude, accessed August 2026.

How to start a private physiotherapy practice in the UK: the complete 2026 guide

Stefan Schwarz — Tue, 01 Sep 2026 13:15:00 +0200

You can already treat. Registration for a physiotherapy-only practice is genuinely light, but data protection, health and safety, insurance, tax and record-keeping still apply. The real risk sits elsewhere.

To start a private physiotherapy practice in the UK you need HCPC registration, appropriate professional indemnity, ICO registration in most cases and a place to treat. A physiotherapy-only practice generally needs no registration with the CQC, HIS, HIW or RQIA. At current full annual rates, before any new-joiner or new-graduate discounts, HCPC registration, CSP chartered membership as the indemnity route and the Tier 1 ICO fee total roughly £645 a year, and that is one worked route rather than a universal statutory cost. Two expensive mistakes sit behind that headline: a treatment room taken on a handshake with no security of tenure, and an equipment budget written as though the VAT were recoverable.

Decision	What it settles	Where it costs you
Route in	Your risk exposure and how soon you can earn	Starting before insurers recognise you can delay insured access
Payer mix	Your fee level and admin load	Wrong sequencing costs margin for years
The numbers	Your break-even and fee position	Under-pricing or a thin working capital buffer
Structure and tax	Your liability and the VAT trap	Exemption may limit input VAT recovery
Premises	Your security of tenure	Informal room hire can leave you with little protection
Clinic registration	Whether the regulator touches you at all	Registration is usually light, but wider data, safety, tax and insurance duties remain
Equipment	What you buy before day one	VAT-inclusive budgeting
Operations	Records, policies and your first hire	Governance is now yours alone
Marketing	How the diary fills before opening	Empty months burn working capital

Rules and fees change, and some differ across the four nations, so confirm current figures with the body concerned before committing. Kinemarket sells physiotherapy equipment, and we keep buying recommendations in the equipment section separate from the legal and regulatory content.

Are you ready, and how should you start?

You do not have to jump from an NHS post to your own premises, and going too early can delay access to parts of the insured market. Private practice is a ladder, and the lower rungs let you test the water without betting your mortgage on it.

For a newly qualified practitioner, staged entry through an employed role, occasional private work or an associate role reduces clinical and commercial risk. Check each insurer's current recognition criteria before building a strategy around insured work. Bupa requires a practice's lead clinician to have five years full-time post-qualification experience (Bupa). Before anything else, check your current contract for any clause preventing you from setting up a competing business in the same geographical area.

The routes are not one staircase. Occasional private work alongside an employed role is the lowest commitment. The associate rung comes next. You work as a self-employed physiotherapist contracting with a practice principal, treat at their premises, and are paid an hourly rate or a share of the fee. This is the best apprenticeship in how a practice actually runs, because the overheads, the diary and the insurer relationships are already in place while you learn the commercial side. "Associate" is a commercial label rather than a tax status, and whether the clinician is genuinely self-employed depends on the real working relationship. Check any arrangement against HMRC's employment status rules and the Check Employment Status for Tax (CEST) tool (GOV.UK). After that come sole trader, partnership, limited company and buying an existing practice. These differ in capital, administration, liability exposure and permanence rather than forming one simple ladder.

Work alongside a proposed partner for a period before entering a partnership, because a partnership is closer to a marriage than to a service contract.

If you leave employment entirely, what you give up is real: defined pay, PAYE, an employer pension, paid holiday, paid sick leave and NHS indemnity. In exchange you get uncapped but variable income, self-assessment, your own pension, unpaid holiday and unpaid sick leave. New starters underestimate holiday and sickness, so income protection and critical illness cover belong in the cash flow as a business cost, not a luxury. The staged route is not an order to leave. Many UK physiotherapists combine public and private work (CSP and Physio First, 2025). Start with occasional private work or an associate position, then move up once the diary is full and the business realities feel familiar.

Who will you treat, and who actually pays you?

Decide who you treat and who pays before you look at rooms or kit, because the payer mix sets your fee, your admin load and your cash flow. This is a business-model decision with long consequences, not an admin detail to sort out after opening.

Physiotherapists are autonomous practitioners and patients can self-refer, so you are not dependent on gatekeepers for the core of your caseload.

Know your locality. Age, wealth and density determine the clinical work available. A market town with an older demographic and a university city with a student and sports population need different service models. There is no general professional rule preventing it, but contractual restrictions can apply. Introducing yourself to local professionals at the outset often opens opportunities. Your neighbours are your referral network, and a sports-heavy caseload repays a different clinical and commercial approach than a chronic pain or post-operative one. We cover the recovery-pattern side in our sports injuries practical recovery guide.

The four ways you get paid sit on a clear spectrum.

Self-pay. Your full fee, paid immediately, with no third-party admin.
Health cash plans. The patient pays you directly at your own rate and claims back from their plan. A cash plan removes any cap on your usual self-pay rates and removes the burden of collecting from a third party (Physio First).
Private medical insurers. Recognition, fees, treatment authorisation and billing rules vary by insurer, and many major insurers accept electronic invoices through Healthcode. Check each insurer's fee structure, payment terms and administrative requirements to judge whether the work is commercially viable (CSP and Physio First, 2025).
Commercial intermediaries. These can involve lower fees, longer payment terms and heavier admin, so assess the contract against your margin and cash flow.

Both the CSP and Physio First state they cannot intervene on members' behalf on insurer rates and terms, so the fee pressure is structural and sequencing matters more than the individual applications.

Start with self-pay and cash plans. That base pays full fees immediately with minimal admin. Treat each insurer channel as a later-stage decision once you can absorb the admin and payment lag, and we treat commercial intermediaries as a last resort. The decision is not which insurers to join but what share of your diary you want each payer to occupy, decided before the first patient books.

Do the numbers actually work?

The numbers work or fail on contribution margin, not gross fee. Build the cost sheet first, budget every capital item VAT-inclusive, and work out how many sessions a week cover your fixed costs.

The capital budget should include a portable or electric plinth, a rehab starter set, assessment tools and initial consumables, IT plus practice management software and a card terminal, branding and a website, professional setup fees, and three months of fixed costs held as working capital. Treat these as planning categories, not sourced prices, and get written quotes before committing. The list assumes a sessional room, because taking your own premises with a fit-out adds an order of magnitude.

The UK Private Practice Barometer 2026, published by HMDG, is a self-selected, non-probability convenience sample of 715 clinic owners, recruited partly through advertising. Its publisher says the results should be interpreted as directional benchmarks rather than statistically generalised findings. 63% of respondents have been operating for more than five years and only 15% are start-ups under two years, so the sample reflects established businesses more than new ventures. Use it as context, not a tariff.

UK median fees are £74 for an initial assessment and £63 for a follow-up. London reports £84.22 initial and Northern Ireland reports £54.20. The CSP does not set fees.

Set fees from contribution margin, positioning, payer mix and local market evidence rather than from a single regional benchmark, and review annually.

Break-even uses the right formula. Subtract the variable cost of delivering a session, room hire and consumables above all, from your fee, then divide monthly fixed costs by that margin. Work the formula in sessions, not pounds, and revisit it every time room hire or your fee changes.

Funding comes from savings, a bank loan or overdraft, and finance companies for equipment. Arrange the overdraft before you need it, because there will almost certainly be a shortfall between opening and a full diary. Build a month-by-month cash flow forecast on likely receipts rather than hope, and include room hire, indemnity, software, laundry, travel, pension contributions, unpaid holiday and sickness, and insurer and intermediary payment delays. Show cash timing rather than billed income. A forecast that only shows invoices masks the shortfall until it has already hit.

For expectation setting, the same Barometer reports mean owner take-home of £52,596 and median £50,000. Treat those figures as context for established practices, not as a year-one income expectation.

The numbers work if your contribution-margin break-even is a sessions-per-week target you can realistically fill at your local price and payer mix.

Sole trader or limited company, and what will tax cost you?

Most people start as a sole trader, and the VAT exemption that sounds like good news is the reason your equipment costs more than you think. Both parts repay understanding before you register anything.

The usual start is as a sole trader, which means you own the business outright with unlimited liability. A limited company is a separate legal entity with more administrative burden and potentially different tax outcomes. Do not assume personal arrangements cover every business risk. Under the current CSP scheme some member-owned companies and partnerships can be covered subject to turnover and policy conditions, while employers' liability and other business risks may need separate cover. Check with the insurer or a specialist broker. Put a written partnership agreement in place and take legal advice on it. The guide recommends appropriate accountancy support and says an accountant familiar with healthcare or small business is particularly useful for structure, tax and incorporation (CSP and Physio First, 2025). Our recommendation is to take that advice before you register.

A sole trader registers for Self Assessment and pays Income Tax on taxable profits. A limited company is incorporated at Companies House and pays Corporation Tax on its taxable profits, and if it pays you a salary it may also need to operate PAYE. If you work partly for the NHS and partly for yourself, PAYE covers the employed part and self-assessment the rest. National Insurance changed from April 2024 for the self-employed, so check the current-year position on GOV.UK rather than relying on older guidance.

Allowable expenses include premises costs, laundry, travel, administration, professional charges, professional subscriptions, course fees, equipment, insurance and advertising, all on the wholly-and-exclusively test. HCPC and CSP fees attract tax relief.

If you leave NHS employment entirely, the pension accrual attached to that employment stops. If you keep an NHS role while building the practice, keep the two arrangements distinct and budget separately for retirement saving out of private income. Take an individual plan and build in flexibility for fluctuating income, since a contribution set in a good year hurts in a quiet one.

What VAT exemption really costs you

Physiotherapy by an HCPC-registered physiotherapist is exempt from VAT under VATA 1994 Schedule 9 Group 7, per HMRC VAT Notice 701/57. Two conditions must both be met: the practitioner is on the appropriate statutory register, and the primary purpose of the service is the protection, maintenance or restoration of health. You do not charge VAT on qualifying exempt healthcare services merely because turnover exceeds the registration threshold. If all your supplies are exempt healthcare, you normally cannot recover VAT attributable to those supplies, so a £2,000 plinth costs £2,000, not £1,667, and the whole capital budget is therefore VAT-inclusive (HMRC VAT Notice 701/57).

If you also make taxable supplies, such as separable product sales or services whose primary purpose is fitness or wellbeing rather than healthcare, VAT registration and partial-exemption rules can apply and some input VAT may be recoverable. Budget equipment VAT-inclusive unless your accountant confirms a recoverable proportion. The exemption can also fail where a service exists mainly to let a third party make a decision with no genuine therapeutic element, which is where some medico-legal work sits (HMRC VAT Notice 701/57).

Making Tax Digital for Income Tax

Making Tax Digital for Income Tax adds digital record-keeping and quarterly updates to Self Assessment. You still complete and submit an annual tax return through compatible software, and the quarterly updates are summaries, not tax returns. Qualifying income over £50,000 for 2024-25 means MTD applies from 6 April 2026 and is already in force. Over £30,000 for 2025-26 means 6 April 2027, and over £20,000 for 2026-27 means 6 April 2028 (GOV.UK). The trap is that qualifying income is measured before deducting expenses, so a sole trader billing £55,000 and netting £28,000 is already in scope. Keep digital records from day one.

Where will you practise, and what could go wrong with the room?

Sessional room hire is the low-risk way in, but the handshake arrangement behind most rooms gives you little protection, and that is worth understanding before you build a patient base there.

Security of tenure has cost practitioners their patient base, and it is the second expensive mistake flagged in the introduction. A room in a GP surgery, gym or leisure centre agreed on a handshake or an exchange of emails can leave you with weak protection. Your rights depend on the agreement and the jurisdiction, so get the basis of occupation, notice terms and any renewal rights in writing before building a patient base around the address. Take property advice where the location matters to the value of the practice. Tenure matters just as much when buying a practice, since a lease you cannot renew is a business you cannot keep. A business address is part of the goodwill when you sell, and a home-based practice can be harder to transfer if its patient goodwill and location are tied to your home address.

A cheaper headline room rate can cost more than a dearer one once inclusions differ, so always get a written breakdown of what the fee covers.

Taking your own premises belongs to a different risk class. Before signing, check the property's existing lawful use and your proposed use with the local planning authority. In England, medical and health services fall within Class E, and movement between Class E uses generally does not require planning permission. Physical works, planning conditions, and the separate systems in Scotland, Wales and Northern Ireland can change the answer (GOV.UK). Signage may need landlord or council permission. On a lease, read the dilapidations clause, because improvements may revert to the landlord or the building may have to be reinstated.

Business rates are better news than most business plans assume. In England a rateable value of £12,000 or less means 100% Small Business Rate Relief and a zero bill for a business occupying a single property, tapering to nothing at £15,000. Relief is administered by the local council and generally has to be applied for. The 2026 revaluation reset values and cut the multipliers, and Wales, Scotland and Northern Ireland run separate schemes (GOV.UK).

Domiciliary work avoids premises cost but real costs follow. Travel time and car depreciation must be built into your fees, you will often work alone with the personal safety implications that carries, equipment must be portable, and other people's homes are hard on your own body. Document risk assessments for all of these.

Do you actually need to register the clinic?

In all four UK nations a physiotherapy-only practice generally does not need to register with the health and care regulator, because physiotherapists are already regulated individually by the HCPC. You need current HCPC registration, appropriate professional indemnity and, for most self-employed practitioners, ICO registration. If you have been dreading a CQC application, you can stop.

HCPC registration is the foundation. Physiotherapist and physical therapist are legally protected titles, and using either without registration risks a fine of up to £5,000 (GOV.UK). The full fee is £123.34 a year from 29 April 2025. New graduates who have completed a UK approved programme within the last two years pay half, currently £61.67 a year. The registration cycle runs two years, and the fee attracts tax relief (HCPC). A further rise to £128.40 has been consulted on, phased from April 2027 subject to approval, so treat it as proposed rather than decided (HCPC).

Appropriate professional indemnity comes next. The HCPC accepts cover through an employer, through a professional body or trade union, or obtained directly from an insurer (HCPC). CSP chartered membership is therefore one route, not a statutory requirement. For 2026 it costs £470.04 a year, with the first three months free for new joiners (CSP).

The CSP and Physio First guide is specific on what the membership route includes. Public liability is included, and businesses comprising private limited companies or partnerships owned entirely by CSP members are included within the CSP Member's Medical Professional Liability insurance, provided annual turnover does not exceed £200,000.00 and subject to policy terms and conditions (CSP and Physio First, 2025). Employer's liability, compulsory once you become an employer, subject to the statutory exemptions, is not included in CSP membership. Business liability, property and business interruption cover, and work outside your scope of practice are outside or conditional. Take specialist broker advice on your own circumstances.

ICO registration is the third item, and the CSP states that most self-employed physiotherapists must be registered with the ICO (CSP). Tier 1 is £52 a year, or £47 by direct debit, and applies where turnover is £632,000 or less or you have no more than 10 staff. That covers most solo and small start-ups that are required to pay, but not all controllers must pay, and the ICO publishes a self-assessment to confirm your position. Alongside the fee you take on the data-protection obligations set out in the operations section below, from your lawful basis to a published privacy notice.

At current full annual rates, that CSP-membership route totals roughly £645 a year before any applicable discounts. It is not a universal statutory cost. The registration burden is lighter than most people expect, which moves the risk elsewhere.

Nation	Regulator	Physio-only practice	What brings you into scope
England	CQC	Not registrable	Doctors or nurses in the team or a formal partnership with them, or removing tissue, cells or fluid from the body. The CQC expressly excepts ultrasound by registered physiotherapists (CQC).
Scotland	Healthcare Improvement Scotland	Not registrable	The independent clinic definition covers doctors, nurses, midwives, dental care professionals and, since June 2024, pharmacists and pharmacy technicians. If in scope, the commitment is serious: a £3,996 application fee, about three months, and no operating until approved (Healthcare Improvement Scotland).
Wales	Healthcare Inspectorate Wales	Not usually registrable	HIW's guidance names HCPC professionals directly. Class 3B/4 laser and IPL is the listed-service trigger (Healthcare Inspectorate Wales).
Northern Ireland	RQIA	Not registrable	Laser and IPL is the trigger, and RQIA also requires named laser-safety and medical support roles, and current requirements should be confirmed with RQIA (RQIA).

If your model includes laser or IPL, prescribed technologies or GMC-registered doctors, get a written determination from the regulator before you open.

Check whether local-authority licensing or registration applies to acupuncture, dry needling, skin-piercing or injection services in your area, because requirements and fees vary across the UK. Arrange proper disposal for clinical waste and sharps. Criminal record checks differ across the UK. In England and Wales you can apply directly for a Basic check, and if your self-employed role is eligible you can obtain an Enhanced or Enhanced with Barred List check through a DBS umbrella body, while Standard checks normally require a recruiting organisation. Scotland uses Disclosure Scotland and the PVG scheme, and Northern Ireland uses AccessNI. Confirm the relevant scheme before insurer, school or care-home work. In England and Wales, the CSP cannot act as an umbrella body for private practitioners, while Physio First operates a system that can (GOV.UK, Physio First).

What do you buy before the first patient?

Buy what you will use in every session and defer anything that depends on demand you have not proved yet. The plinth is where the budget goes, and most of the rest can be built up gradually.

The plinth comes first: height-adjustable, electric or hydraulic, with a face hole, one per therapist treating at the same time. It is the surface you work on all day, it decides what your back feels like at 6pm, and it is what the patient judges when they lie down. For the full category walk-through, our essential equipment guide covers the inventory in detail, and our plinths collection is where the comparison belongs.

Day one also includes couch roll and covers, pillows, wedges and lumbar rolls, a goniometer, hot and cold therapy, gloves and hand sanitiser, and a starter set of resistance bands, small balls, foam rollers, weights and balance kit.

Defer TENS, ultrasound, combination units and shockwave. These are phase-two purchases justified by demonstrated demand, not day-one essentials. Our electrotherapy in physiotherapy guide explains what each modality does, and our electrotherapy collection is where the options sit once demand is proven.

Budget VAT-inclusive for any equipment whose VAT you cannot recover, because the price that matters is the one on the invoice. The buying decision itself is outright purchase, hire purchase or lease, and the tax treatment differs, so ask your accountant. Some manufacturers allow a short trial on expensive kit. Second-hand is fine if it is electrically sound, mechanically good and has a full service history.

Maintenance is a liability issue, not prudence. Maintain electrical equipment so that it remains safe, follow manufacturer and servicing requirements, and set inspection and testing intervals according to risk and use. PAT can form part of that system, but annual testing of every portable appliance is not a blanket legal requirement (HSE).

How do you set the practice up to run properly?

Decide before you open where records live and what you will use to keep them, because you are now carrying the governance an employer used to carry for you. Sorting it out once patients have started arriving is how avoidable errors happen.

Patient records are special-category personal data, which is why most self-employed physiotherapists who control patient records need to register with the ICO. Operationally you need a lawful basis for processing, secure storage, a retention policy, a subject access procedure and a published privacy notice telling patients how you handle their information (ICO). Keep digital records from the outset so you are MTD-ready, as we noted in the tax section.

Policies and procedures need not be elaborate. The CSP publishes Quality Assurance Standards, an audit tool and templates, so this work does not have to be written from scratch (CSP). The procedures worth having before you open include infection control, sharps and clinical waste, manual handling, lone working and chaperone arrangements, risk assessments for clinic and home visits, incident and complaints handling, appointment confirmation and cancellation charges, card payments, fire evacuation and a business continuity plan. Start from the templates and adapt them to how the practice actually runs. Clear and consistent descriptions of what you actually do are enough.

Outcome data is one practical way, not the only way, to evidence the quality expectation in HCPC Standards 13 and 14. Data for Impact moved to Keele University in 2024 and is aligned with Keele's National MSK Audit; the platform and dashboard are being redeveloped, and existing QAP or QAC status is unchanged for the time being while the quality framework is reviewed (Keele University, Physio First).

Health and safety duties apply throughout the UK, but the legislation differs by nation. The Health and Safety at Work etc. Act 1974 governs Great Britain, while Northern Ireland has its own Health and Safety at Work (Northern Ireland) Order 1978. Fire-safety legislation and terminology also differ across the nations, and the Equality Act 2010's service-provider accessibility duties apply in Great Britain, with Northern Ireland applying its own disability discrimination regime. Under the applicable national regime the person responsible for the premises, the responsible person or dutyholder depending on the nation, must ensure the required fire risk assessment is carried out and reviewed and appropriate fire-safety measures are maintained. The fire and rescue authority inspects and enforces rather than carrying out the assessment for you (GOV.UK).

For disabled patients, the duty is to make reasonable adjustments, and what is reasonable takes account of the practice's size and resources. Low-cost examples include flexible appointment times, a ground-floor room where possible, clear signage, allowing assistance animals, providing information in accessible formats, and signposting to an accessible colleague where direct access is not feasible (CSP and Physio First, 2025).

On the software side, use practice management software with an electronic record, online booking, card payments and Healthcode if the insurers you work with use it for electronic billing.

How do you fill the diary before you open?

Start marketing while you are still arranging the room, because word of mouth is slow to start and every empty month comes out of your working capital. Waiting until opening day is the most expensive patience in this business.

Cost per acquisition and rebooking rate are marketing measures, not clinical targets. The Barometer puts median cost per acquisition at £25. Only 25.8% of owners track it. Rebooking rate and episode length must never determine how many sessions a patient receives, because treatment frequency and duration follow clinical need and shared decision-making.

Patients come from GPs and consultants, word of mouth, insurers and cash plans, other professionals such as podiatrists, osteopaths and Pilates teachers, and your own contacts and marketing. Professional directories give you a basic presence without a separate advertising budget. CSP members can create a free basic Physio2u listing, and Physio First membership includes a Find a Physio listing, and both are used by other health professionals looking for a specialist as well as by the public. Treat the directory entry as a live profile rather than a form, because a consultant looking for a shoulder specialist will filter by the interests and post-qualification detail you list.

Your Google Business Profile is the first thing a local searcher sees and it costs nothing. Ask for reviews on a uniform basis from real patients, without incentives and without selecting only the happy ones.

Build a marketing plan that defines who you are targeting, what makes you different and what you want to be known for, then track cost per acquisition from the start so you can compare the efficiency of your marketing channels.

When do you stop working alone?

Before you hire, plan for holiday and sickness cover, which for many solo practices means a locum or reciprocal cover with another practitioner, because unpaid holiday and unpaid sick leave are the two costs that catch new practitioners out. Growth and cover are the same problem viewed from different angles.

Arrange locum cover for holiday and sickness to keep continuity for patients. Before using a locum, check your practice's insurance arrangements, confirm the locum holds current HCPC registration and appropriate professional indemnity, and where insured patients are involved check the payer's recognition or substitution rules. Informal reciprocal arrangements with local colleagues work well.

Taking someone on is the next rung. Associates need a clear written agreement, but describing someone as self-employed in the contract does not determine their legal or tax status. Employees bring PAYE, income tax and NI deductions and the full weight of employment obligations. The guidance suggests the Federation of Small Businesses for employment advice, and Physio First provides HR and business support geared to independent practice. The detail of employment law belongs with advisers rather than in a blog article.

Using the same Barometer data, only 5.3% of UK clinics exceed £1 million revenue. At that size the owner is running a business rather than treating.

Where to start this week

The whole article reduces to four actions for the next seven days.

Start with your current contract, because a restrictive clause would stop the project before it has cost you anything.

Confirm your HCPC registration is current and diary the next renewal window. Everything downstream assumes the regulator is satisfied.

After building the cost sheet, use the contribution-margin method from the numbers section to calculate the weekly session count needed to cover fixed costs.

Ask any room you are offered, in writing, what your basis of occupation actually is. That one answer decides whether the patient base you build is yours to keep.

The two expensive mistakes, the handshake room and the VAT-inclusive equipment budget, are both settled before you sign anything.

Frequently asked questions

Can I open a physiotherapy clinic if I am not a physiotherapist?

You can own the business, but treatment can only be delivered by HCPC-registered physiotherapists, and physiotherapist and physical therapist are legally protected titles. If the business employs clinicians you take on employer duties, and the cover the entity needs depends on the structure and the insurer's terms. If you plan a multidisciplinary clinic, check the four-nation regulator position before opening, and take advice on structure before you incorporate.

Can I run a private physiotherapy practice from home?

Yes, and it removes premises cost, but three things follow. Tell your household insurer that part of the property is used commercially and open to the public. A change of use may need planning permission. A home-based practice can be harder to sell later if the patient base and goodwill are tied to your home address. Document the arrangement formally from the outset.

Do I need an accountant to start a physiotherapy practice?

Not legally, but the guide describes an accountant familiar with healthcare or small business as a worthwhile investment (CSP and Physio First, 2025). Three points repay the fee: choosing between sole trader and limited company, the purchase-versus-lease decision on equipment, and getting into Making Tax Digital cleanly. Tax treatment on equipment differs between the routes.

Can I keep working for the NHS while I build a private practice?

Often yes, and it is the lowest-risk way to start, but confirm the contract point in the readiness section before you take any private patients. PAYE continues to tax your NHS salary through payroll, while self-assessment covers your private profit after allowable expenses, and the tax already paid through PAYE is taken into account on the return. Some insurer recognition criteria require post-qualification experience, so the overlap can help rather than hinder. Keep clear records separating the two income streams from day one.

Sources and references

These are the main official, professional-body and industry sources used for this article.

CSP and Physio First (2025), Private Physiotherapy Practice: The Essential Guide, November 2025 edition.
HCPC, Fees and tax and Changes to our registration fees.
GOV.UK, Register as a physiotherapist.
CSP, 2026 membership rates.
Physio First, DBS umbrella service and Data for Impact.
ICO, Guide to the data protection fee.
CQC, Scope of registration: regulated activities and Diagnostic and screening procedures.
Healthcare Improvement Scotland, Independent clinics guidance.
Healthcare Inspectorate Wales, Guidance for applicants.
RQIA, Registration guidance.
HMRC, VAT Notice 701/57: health professionals and pharmaceutical products.
GOV.UK, Find out if and when you need to use Making Tax Digital for Income Tax.
GOV.UK, Business rates relief: Small Business Rate Relief.
HMDG, UK Private Practice Barometer 2026. Industry survey of 715 clinic owners; indicative, not official data.
Bupa, Physiotherapy provider contract.
HSE, Maintaining portable electric equipment in low-risk environments (INDG236).
GOV.UK, When is permission required?.
GOV.UK, Fire safety in the workplace.
Keele University, Data for Impact.
HMRC, Partial exemption (VAT Notice 706).
GOV.UK, Check employment status for tax.
GOV.UK, Employment status and employment rights.
GOV.UK, Set up a limited company.
HSE, Employers' Liability (Compulsory Insurance) Act 1969: a brief guide.
Healthcare Improvement Scotland, Independent Healthcare Services Fees Information 2026/27.
legislation.gov.uk, Equality Act 2010, section 217 (extent).
legislation.gov.uk, Health and Safety at Work etc. Act 1974, section 84 (extent).
GOV.UK, Where to apply for your criminal record check.
Disclosure Scotland, PVG scheme.
AccessNI, AccessNI criminal record checks.

Taping for plantar fasciitis: a practical guide for physiotherapists

Stefan Schwarz — Sat, 19 Sep 2026 10:30:00 +0200

Taping for plantar fasciitis is a short-term complementary intervention that, depending on the technique, aims to offload the fascia or support the foot without locking movement. The best-established rigid technique is low-Dye taping, which in the trial by Radford et al. (2006) improved first-step pain by a mean of 12.3 mm on the VAS against sham ultrasound (95% CI −22.4 to −2.2). The 2023 APTA/JOSPT revision gives taping a grade A recommendation (Koc et al., 2023). This guide covers the two techniques you will use in clinic, when to choose each one, and the mistakes that undermine them.

At Kinemarket we distribute part of the material discussed in this article, including the Fasciitis Rehab support. This is a clinical guide based on the available literature and on manufacturer or distribution documentation, not an independent comparative trial.

Key takeaways

The APTA/JOSPT guideline gives taping a grade A recommendation when it is used alongside other treatments to improve pain and function in the short term.
In the head-to-head trials reviewed, low-Dye was the technique that changed the Foot Posture Index, while Dynamic Tape and kinesiology tape showed early pain advantages in their respective comparisons; kinesiology tape also scored better for comfort in the Valencia trial.
Relief is short-term, and its size is disputed between meta-analyses.

What is plantar fasciitis and why does it hurt?

Plantar fasciitis is pain at the calcaneal insertion of the plantar fascia, typically felt during the first steps of the morning. The current literature understands it as a fasciopathy, a spectrum with degenerative as well as inflammatory features (Koc et al., 2023).

The plantar fascia is a thick fibrous band connecting the posteromedial tuberosity of the calcaneus to the proximal phalanges of the toes. It works as a tension cable for the medial longitudinal arch and helps absorb load during gait. When the hallux extends during propulsion, the fascia tightens around the metatarsal heads, raises the arch and stabilises the foot. This is the windlass mechanism.

Taping is best supported as a short-term adjunct, with direct trial evidence for first-step pain. Frame expectations honestly: a Spanish review from 2014 described plantar fasciitis as a generally self-limiting condition, with symptoms resolving in 80 to 90% of cases within around 10 months (Díaz López and Guzmán Carrasco, 2014).

What does the evidence say about taping?

The evidence supports short-term use as an adjunct to other physiotherapy treatments. The 2023 APTA/JOSPT guideline assigns taping a grade A recommendation, rigid or elastic, in that combined role (Koc et al., 2023).

The Spanish systematic review agrees, finding taping, and the low-Dye technique in particular, more effective when combined with other techniques (Díaz López and Guzmán Carrasco, 2014).

Meta-analyses reach different estimates and pool different studies and comparators. Guimarães et al. (2023), from 4 low-Dye studies and 231 participants, found a short-term effect of −3.60 points (95% CI −4.16 to −3.03). Zhang et al. (2026) pooled 11 heterogeneous RCTs and reported a smaller overall estimate of −1.24 (95% CI −2.39 to −0.08; I² = 96%); its subgroup of studies lasting under four weeks was not statistically significant. These figures are not the two ends of one expected clinical range. Explain that the expected benefit is short-term and that its size varies between studies, without promising a specific figure.

Two further limits matter. The effect is short-term, and some biomechanical measures of arch support decline over time. In 21 healthy subjects, correction of the medial longitudinal arch fell from 19.3% immediately after application to 4.01% after 48 hours of wear (Yoho et al., 2012).

How is low-Dye taping applied step by step?

Low-Dye taping is described as the reference rigid technique for controlling arch drop (Madruga Armada et al., 2019). Over anchors on the forefoot and calcaneus, overlapping plantar strips build a supportive dome under the medial longitudinal arch.

Materials for reproducing the Valencia protocol: 3.7 cm rigid tape (the trial used an inelastic Strappal bandage), scissors and skin-preparation supplies. You will find the products in our functional strapping collection, and if you need to compare base materials, see our guide to underwrap, cohesive bandage or rigid strapping.

Preparation: clean the skin (in the trial, a wet wipe and alcohol) and apply adhesive spray along the whole planned course of the tape to improve adherence (the trial used Tensospray); patient supine, ankle at 90 degrees and the leg in a neutral position (García-Gomariz et al., 2024).

Application: published protocols differ in geometry and in tension. In the Valencia trial protocol the low-Dye was applied without tensioning the tape, relying on foot position and strip geometry for its effect (García-Gomariz et al., 2024). The JOSPT guideline does not fix a specific application method and names the comparison between methods as an open research gap (Koc et al., 2023). The steps below reproduce the Valencia trial protocol, applied without tension (García-Gomariz et al., 2024).

Place a strip over the metatarsal heads, across the dorsum of the foot.
Place a strip on the rearfoot, forming a circuit with the first strip, across the sole.
Apply a figure-of-eight from the fifth metatarsal, around the heel, back to the starting point.
Repeat the same figure-of-eight path starting from the hallux.
Apply a strip over the main pain point at the calcaneal insertion, then successive closing strips up to the strip under the metatarsal heads; 5 to 6 strips in total depending on foot length, with the aim of relaxing tension in the fascia.

Tension check: the taping should feel supportive, without pain or tingling. Do a test walk and check the colour and perfusion of the toes before the patient leaves the clinic. In the trial by Radford et al. (2006), 13 participants in the taping group reported an adverse event, mostly mild or moderate and resolved on removing the tape.

Duration and removal: tolerance varies with activity, sweating and skin type. There is no validated replacement interval; in the Valencia trial, 45% of low-Dye applications came off before day five, so schedule the review early rather than assuming a full week (García-Gomariz et al., 2024). In the trial by Radford et al. (2006) the taping stayed on for a median of 7 days, with a range of 3 to 9. Remove the tape slowly, protecting the skin and following the removal instructions for the material used.

How is kinesiology tape applied in plantar fasciitis?

Kinesiology tape is the option when you want less restriction and more comfort than rigid tape. The seven-phase protocol in the Valencia trial combined a metatarsal strip and a rearfoot circuit at 50% tension. It then applied two figure-of-eights with tension added just as the tape crosses the pain point at the insertion, three active strips from the heel towards the metatarsals at 60%, a strip over the main pain point at 80 to 90%, and a metatarsal closing band without tension (García-Gomariz et al., 2024).

The material's characteristics, and how to compare products between brands, are covered in our guide to choosing kinesiology tape. For application, one gesture matters. Friction activates the adhesive, so rub the tape gently after placing it.

Tension depends on the protocol and on the tape used; the Valencia trial defined it phase by phase.

The warning signs that require immediate removal are intense itching, persistent redness, blistering or any skin lesion.

If you want the background on neuromuscular taping in its own right, see our guide to kinesiology taping.

Rigid tape or kinesiology tape? What the head-to-head trials show

The result depends on the outcome measured and the protocol used. Low-Dye taping changed the Foot Posture Index in the Seville trial; the elastic tapes showed early advantages for pain and, in Valencia, for comfort. None of the trials reviewed shows one technique as superior overall. Choose by objective and phase, not by habit.

The Seville trial (Castro-Méndez et al., 2022) compared Dynamic Tape, an elastic tape from a different category rather than a conventional kinesiology tape, with low-Dye taping over one week. Pain fell by 2.05 points with Dynamic Tape versus 1.10 with low-Dye, p = 0.015. Only low-Dye, however, changed the Foot Posture Index, by −0.47 with p < 0.001; Dynamic Tape did not move it. Neither technique changed ankle dorsiflexion. The authors conclude that both are appropriate provisional treatments. Relieving pain and correcting posture are not the same thing.

In the Valencia trial (García-Gomariz et al., 2024), kinesiology tape scored 9.0 for comfort against 5.3, and 9.3 for mobility against 5.8. Reported sweating was 55% with rigid tape and 0% with kinesiology tape. The analgesic advantage of kinesiology tape was 2.0 points on day 1 and had faded by day three. There were no allergic reactions in either group. After removal, pain rose slightly in both groups.

In a third double-blind RCT (n = 45), all three groups received shockwave therapy: kinesiology tape, low-Dye and control. AOFAS total scores improved in all three; low-Dye outperformed the control for pain on standing and for AOFAS function, with no superiority between kinesiology tape and low-Dye. Because every group received shockwave therapy, the study cannot isolate the effect of the taping (Unuvar et al., 2024).

The table summarises what favours each option in the trials reviewed, not a validated selection algorithm.

Clinical goal or situation	Option favoured	Basis in the trials reviewed
A short-term change in foot posture (FPI)	Rigid low-Dye taping	The technique that changed the Foot Posture Index in the Seville trial
Comfort, mobility or less sweating as the priority	Kinesiology tape	Less sweating and better comfort and mobility in the Valencia trial
Sensitive skin or a previous reaction to adhesives	Underwrap, testing the tape on a small area of skin first, considering non-adhesive alternatives	Skin safety first

How does taping fit into the treatment plan?

Taping buys a window of symptom relief; recovery rests on a multimodal plan built around therapeutic exercise and stretching. The 2023 APTA/JOSPT guideline does not set a universal minimum programme duration; the programmes studied vary in length and content (Koc et al., 2023).

Combine taping with strengthening for the intrinsic foot muscles and the gastrocnemius-soleus complex, plus specific stretching. Plantar fascia and gastrocnemius/soleus stretching also carries a grade A recommendation in the same guideline (Koc et al., 2023).

Orthoses and podiatry: the 2023 revision downgraded foot orthoses to a grade B recommendation against their use as an isolated treatment for short-term pain (Koc et al., 2023). In that context, a short trial of anti-pronation taping may provide a treatment-direction signal. A mean pain reduction of more than 1.5 points with anti-pronation taping is one of the studied predictors of a good response to custom foot orthoses at 6 months (Wu et al., 2019). With 3 or more predictors present, the rate of good outcomes rose from 66% to 89%. It is a derived rule that has not been externally validated; use it for orientation, not for exclusion.

Referral criteria: atypical or night-time pain, neurological symptoms, and a complete absence of improvement after several weeks of well-conducted treatment.

When to avoid taping or assess the risk individually: avoid taping over wounds or skin lesions in the area, and with a confirmed adhesive allergy; assess the risk individually with fragile skin, significant circulatory problems (peripheral arterial disease, deep vein thrombosis or thrombotic risk) and neuropathy with loss of protective sensation, particularly diabetic neuropathy. Always test skin tolerance first where there is a relevant history. Treat this list as screening considerations that call for individual clinical judgement and the tape manufacturer's instructions, not as a universal contraindication list.

Fasciitis Rehab: applying the windlass mechanism during exercise

Alongside taping, Fasciitis Rehab is a firm foam support the patient stands on during loading exercises, keeping the big toe in extension. It is designed for exactly that use. It is not an insole or an orthosis, because it is not worn inside the shoe. Its role is to reproduce hallux extension in a stable way during heel raises, activating the windlass mechanism consistently from session to session.

Its practical difference from a rolled towel or an improvised support is its fixed geometry, which provides the same support shape from session to session. The product's distribution documentation (Novasan, 2026) describes it for use with the hallux in extension within a progressive loading programme of at least 12 weeks. We have not identified an independent trial of the product showing better clinical outcomes than a well-placed improvised support.

It can fit into supervised clinic work and into prescribed home exercise, within a structured progressive loading programme. It sits alongside taping, manual therapy and education, never as a standalone intervention.

Common mistakes in clinic and how to avoid them

Improvising a hybrid of protocols. Mixing strips from one technique with the tensions or geometry of another means the application no longer matches the method studied, and makes the response harder to reproduce and interpret.
Taping only the heel. Focusing on the painful area and ignoring arch support misses the foot's overall mechanics. In low-Dye protocols such as the Valencia one, support is built over the arch and the rearfoot, not just over the painful spot.
Not measuring pain before and after each application. Without that record you lose the signal of clinical response and, for anti-pronation taping, one of the variables used in a published, but not externally validated, prediction rule for response to custom foot orthoses (Wu et al., 2019).
Not explaining removal to the patient. Pulling the tape off dry, in one go, causes avoidable skin damage. Give written instructions along with the review date.

Good practice alongside the above: measure and cut the tape before positioning the patient; prepare clean, dry, cream-free skin; adjust widths and cuts to keep the cost per session under control without losing quality. Recording the pattern applied, with a brief note or a photograph in the clinical record, makes it reproducible between sessions and between colleagues in the same clinic.

Frequently asked questions

How long does plantar fasciitis take to improve with taping and exercise?

There is no universal timeframe; the programmes studied in the APTA guideline vary in length and content. Taping often brings quick relief, sometimes from the first application. Sustained improvement comes with the full exercise programme, activity and load modification and, in many cases, footwear adjustments. Do not expect normal function within days. Recovery is a process.

Can I teach patients to tape themselves at home?

You can teach simplified versions after several supervised sessions, checking that technique and skin tolerance are sound. Professional application is preferable where the patient cannot reproduce the technique safely, where sensation is altered or the skin is at risk, or where precise positioning is needed, because of the risk of excessive compression and skin damage. An illustrated handout or a short video recorded in clinic helps the patient reproduce the basic version.

How often should the taping be reapplied?

There is no validated universal interval; the Valencia trial followed patients for five days, and its authors name the optimal wear time, and the effect of changing the tape after two or three days, as open questions (García-Gomariz et al., 2024). Adjust the review to the protocol used, adherence, the skin and the clinical response.

Sources and references

Koc T.A. Jr., Bise C.G., Neville C., Carreira D., Martin R.L., McDonough C.M. «Heel Pain – Plantar Fasciitis: Revision 2023. Clinical Practice Guidelines». Journal of Orthopaedic & Sports Physical Therapy, 2023. JOSPT
Radford J.A., Landorf K.B., Buchbinder R., Cook C. «Effectiveness of low-Dye taping for the short-term treatment of plantar heel pain: a randomised trial». BMC Musculoskeletal Disorders, 2006. PMC
Zhang L., Chen L., Zhang X., Chen J., Luo Y. «Effectiveness of low-dye taping in the treatment of patients with plantar fasciitis: A systematic review and meta-analysis». Medicine, 2026. PMC
Guimarães J.S., Arcanjo F.L., Leporace G., et al. «Effects of therapeutic interventions on pain due to plantar fasciitis: A systematic review and meta-analysis». Clinical Rehabilitation, 2023. Sage
Castro-Méndez A., Palomo-Toucedo I.C., Pabón-Carrasco M., Ortiz-Romero M., Fernández-Seguín L.M. «The Short-Term Effect of Dynamic Tape versus the Low-Dye Taping Technique in Plantar Fasciitis: A Randomized Clinical Trial». International Journal of Environmental Research and Public Health, 2022. PMC
García-Gomariz C., Hernández-Guillén D., Nieto-Gil P., Blasco-García C., Alcahuz-Griñán M., Blasco J.M. «Effects of Kinesiotape versus Low-Dye Tape on Pain and Comfort Measures in Patients with Plantar Fasciitis: A Randomized Clinical Trial». Life, 2024. PMC
Madruga Armada Ó., Molines Barroso R.J., Orejana García Á.M. «Efectos del vendaje Low-Dye sobre el pie. Revisión narrativa». Revista Española de Podología, 2019. Full text
Díaz López A.M., Guzmán Carrasco P. «Efectividad de distintas terapias físicas en el tratamiento conservador de la fascitis plantar. Revisión sistemática». Revista Española de Salud Pública, 2014. SciELO
Wu F.L., Shih Y.F., Lee S.H., Luo H.J., Wang W.T.J. «Can short-term effectiveness of anti-pronation taping predict the long-term outcomes of customized foot orthoses?». BMC Musculoskeletal Disorders, 2019. PMC
Distribution sheet for the Fasciitis Rehab support (Novasan), accessed August 2026: design, intended use with the hallux in extension, and progressive loading programme. Commercial distribution documentation; cited without a link.
Unuvar B.S., Anaforoglu Kulunkoglu B., Gercek H., Tufekci O., Bagcaci S., Erbas O. «Comparison of the Effects of Low-Dye and Kinesiology Taping in Plantar Fasciitis on Pain and Function: A Randomized Double-Blind Study». Journal of the American Podiatric Medical Association, 2024. DOI
Yoho R., Rivera J.J., Renschler R., Vardaxis V.G., Dikis J. «A biomechanical analysis of the effects of low-Dye taping on arch deformation during gait». The Foot, 2012. PubMed

Muscle dynamometer microFET 2: what it measures, how to use it and which to choose

Stefan Schwarz — Fri, 25 Sep 2026 17:00:00 +0200

The 0 to 5 MRC (Oxford) scale grades a strength deficit, but there comes a point where it no longer tells one session from the next. A muscle dynamometer converts the force a muscle group exerts against the device into a number, in newtons, kilograms-force or pounds-force. At Kinemarket we distribute the microFET 2 hand-held dynamometer in two versions, with and without clinical software. This is a desk-based guide, drawn from the manufacturer's user guide, its product documentation and published studies; it is not a trial of our own. If you are equipping a physiotherapy clinic, we explain what this device measures, how to use it well and which of the two versions suits the way you work.

Quick verdict

The microFET 2 is the only dynamometer in our catalogue and is sold in two versions. The two differ only in the manufacturer's software package, which changes the format in which your results are recorded.

Choose the version with clinical software if you will use the tracking and reporting features of the manufacturer's software.
Choose the version without clinical software if you record values in your own clinical notes, measure occasionally and do not want to pay for a package you will not install.

At a glance: with or without software

The device, pads and carrying case are identical in both versions. What separates them is the manufacturer's software package, the need for a Windows computer and a price difference of €200. Software capabilities are as stated by the manufacturer; prices are from our catalogue.

Criterion	microFET 2 with clinical software	microFET 2 without clinical software
Device and pads	Identical	Identical
Software package and dongle	Yes	No
Guided protocols, patient tracking and reports	Yes	No
Windows computer required	Yes	No
Indicative price*	€1,995	€1,795

*Indicative prices from Kinemarket's Spain/EU catalogue, checked in September 2026, shown in euros with Spanish VAT included; tax treatment and delivery costs may vary by destination. Catalogue prices change, and either version may be on offer depending on the season.

What types of muscle dynamometer are there?

A grip dynamometer assesses hand grip, a hand-held dynamometer assesses muscle groups by push force, a fixed dynamometer anchors the measurement to a structure, and an isokinetic dynamometer controls the speed of movement.

Grip dynamometer. Measures hand grip strength and can be hydraulic or digital. A 12-week test-retest pilot study in patients with low back pain found that grip strength measured by dynamometry was reproducible in both hands (Dávila-Romero et al., 2016).

Hand-held dynamometer (HHD). Placed between the examiner's hand and the patient's limb, it measures the maximal isometric force of a muscle group. This is the category the microFET 2 belongs to.

Fixed or belt-stabilised. Uses a load cell anchored to a structure or secured with a strap. It reduces the influence of the examiner's own strength at the cost of some portability, and is usually reserved for assessments at a fixed testing station.

Isokinetic. Measures torque at a controlled angular velocity and is the reference standard against which hand-held dynamometers are validated.

Why use a dynamometer rather than manual muscle testing alone?

A manual grade describes weakness on an ordinal scale. Dynamometry turns it into a continuous, repeatable value that lets you compare sessions, set baselines and document change.

The ceiling of manual testing, in figures. A study of 107 inpatients assessed knee extension with manual muscle testing and with dynamometry. The sensitivity of manual muscle testing to side-to-side differences and to deficits relative to normal never exceeded 75%, and its diagnostic accuracy never exceeded 78% (Bohannon, 2005).

What the systematic review says about hand-held dynamometry. A review of 17 manuscripts covering 19 studies concludes that, compared with isokinetic dynamometry, it can be regarded as a reliable and valid instrument for assessing muscle strength in a clinical setting. The authors reach that conclusion taking into account its ease of use, portability, cost and compact size (Stark et al., 2011).

Where agreement is high. For the shoulder rotators, a meta-analysis of 13 studies found an intraclass correlation coefficient (ICC) of 0.94 for the internal rotators and 0.92 for the external rotators between hand-held and isokinetic dynamometers (Chamorro et al., 2021).

Evidence in children and adolescents. In 72 Chilean children and adolescents aged 7 to 15, hand-held dynamometry proved reliable, with inter-rater ICCs of 0.85 to 0.98 (Jorquera-Cáceres et al., 2024). A repeatable value is what lets you document changes in strength across a programme, including electrical muscle stimulation programmes.

How do you use a hand-held dynamometer?

A valid measurement depends on repeating the same protocol at every session. If the protocol changes, the recorded figure is no longer comparable and loses its clinical value.

Who can use it, and with what protocol?

User qualification. The user guide states that the device must be used by a physician or by medical personnel under the supervision of a physician, and that the user must have received sufficient training in clinical procedures. This is the manufacturer's wording in its instructions for use, not a determination under UK regulation. As a physiotherapist, check it against your own professional framework and against the documentation supplied with the unit you receive, including its conformity marking and declaration of conformity.

'Make' versus 'break' testing. The guide describes both. In a make test, the patient exerts the maximum force they can for a few seconds, over a slow count of 4. In a break test, the examiner overcomes the patient's resistance. The guide adds that the keys to a valid result are correct positioning of the patient and the device and a consistent testing method.

The manufacturer's consistency criterion. The user guide specifies that two consecutive efforts must differ by 10.0% or less for the measurement to count as valid, and by 15.0% or less for the intrinsic hand muscles. Beyond those margins, the manufacturer classes the measurement as equivocal or invalid.

When is the examiner the limiting factor?

The examiner's limit with strong muscle groups. Muscle groups stronger than the examiner are stabilised externally with a strap, and values from a hand-held dynamometer are not interchangeable with isokinetic values. The manufacturer offers a stabilising strap as an accessory, which is not part of our catalogue. A meta-analysis of 17 studies at the hip, knee and ankle, in which the microFET 2 is among the devices used in the pooled studies, found between-device ICCs ranging from 0.62 for ankle dorsiflexion to 0.94 for hip adduction. The hand-held dynamometer's limits of agreement were 33.59% for knee extension and 48.87% for plantar flexion, while the isokinetic dynamometer stayed below 15% for several movements (Chamorro et al., 2017). A study using a different belt-stabilised hand-held dynamometer found that its values did not agree with isokinetic values despite correlating with them (Martins et al., 2017).

Interpreting change against measurement error. A change between sessions is interpreted against measurement error and, where one exists for that protocol and population, against the minimal detectable change (MDC). The MDC is not a universal threshold for a muscle group; it depends on the population, the protocol and the device. In 30 nursing home residents assessed with the microFET 2 itself, the intra-rater MDC was 27.64% for the elbow flexors and 81.97% for the ankle extensors (Buckinx et al., 2017; corrigendum 2022). For follow-up, keep the same examiner, position, protocol and device. You need the same standardisation when you compare the affected and unaffected sides during sports injury recovery.

What contraindications does the manufacturer list?

Manufacturer contraindications. The user guide contraindicates use on or near open wounds, in patients with severe osteoporosis, on or near burned tissue, on or near the eye, and on or near fractures.

What is the microFET 2 and what does it measure?

According to the user guide, the microFET 2 is a wireless-capable hand-held dynamometer that measures the peak force applied to the transducer pad, and its duration, during a muscle test. The guide states that the display shows peak force and duration; the manufacturer's product page attributes tables and graphs to the software package. It is part of our electromedicine collection.

Specification	Value according to the manufacturer
Force range	300 lbf (pounds-force; 136 kgf / 1,320 N)
Accuracy	within 1% of the reading
Units	pounds-force (lbf), newtons or kilograms-force
Thresholds	low 0.8 lbf (3.6 N) for weak muscles and finger and toe tests; high 3 lbf (12.1 N) for normal use
Memory	the 30 most recent tests
Display and values	LCD showing peak force and duration; alternative outputs for time to peak, average force, average before and after peak, and rate of force development
Weight	0.36 kg (0.80 lb) without pad
Battery life	90 h in non-wireless mode and 6 h in wireless mode; recharges in 3 h
Battery	3.7 V rechargeable lithium-ion, user-replaceable
Liquid ingress protection	IPX0
Supplied with	device, flat, curved and digit pads, user guide, calibration certificate, battery, USB-A to USB-C cable and carrying case
Warranty	3 years from ship date
Expected service life	10 years
Calibration	annual recalibration by technicians authorised by the manufacturer

What evidence supports the microFET 2?

The evidence falls into three levels: studies that measured with the microFET 2 itself (reliability in older adults and use as the reference device at the shoulder), its inclusion among the devices in a meta-analysis, and reviews of hand-held dynamometry as a category.

What the evidence shows. A study of 30 healthy adults compared two hand-held dynamometers, one of them the microFET 2, against a fixed reference dynamometer. Reliability was mostly good to excellent, with coefficients of 0.70 or above, and validity at the hip and knee reached ICCs of 0.70 or above. At the ankle it was poor to good, with ICCs of 0.31 to 0.79, and the authors note that validity was particularly good for the proximal muscle groups (Mentiplay et al., 2015). A 2022 study validating a new digital dynamometer used the microFET 2 as its reference device; intra-rater ICCs of 0.95 to 0.99 covered both dynamometers tested and did not vary with examiner experience (Karagiannopoulos et al., 2022).

Which microFET 2 should you choose, with or without clinical software?

The software package is worth it if you will produce reports and track series of values. The version without software is enough if you measure occasionally.

Measurement volume. If you only reassess occasionally, recording values by hand may be enough. As the series of values grows, the software organises the data and saves time in clinic.

Documentation for patients or third parties. If you need to give a patient or a third party a formatted report, choose the version with software. If recording the numerical value in your clinical notes is enough, the version without software covers that need.

Operating system in your practice. The package requires Windows, so a Mac-only or tablet-only workstation rules out the version with software.

Budget and cost of ownership. The difference between the two versions is €200. Add the annual recalibration by authorised technicians that the user guide requires. The manufacturer publishes more than one software package, and our product page describes the clinical one. Before ordering, check how recalibration is handled and what it costs, which software package is supplied and on what licence terms.

If you track patients over time and produce reports, choose the microFET 2 with clinical software.
If you measure occasionally without a dedicated computer, choose the microFET 2 without clinical software.

Conclusion

Recording strength as a number gives you an objective record of each patient's progress, and the microFET 2 provides that figure with the specifications and instructions for use its manufacturer publishes. If you are completing the equipment list for setting up a private physiotherapy practice, this dynamometer lets you document strength from day one.

Frequently asked questions

Which microFET 2 pad should you use for each test?

The user guide distinguishes three pads. The flat pad is for flat surfaces, the curved pad for rounded surfaces, and the digit pad is reserved for finger and toe tests. Each one screws onto the device's threaded stud and is hand-tightened, without over-tightening, so that it is secure before you measure.

Is the microFET 2 placed directly on the patient's skin?

No. The guide says the device should be used over clothing. It also states that the device is not designed to be used while charging and should not be dropped or knocked.

What is the wireless range of the microFET 2?

The user guide gives a range of 7.6 metres (25 feet) indoors, on the 2.4 GHz band, which comfortably covers a treatment room.

What does the user guide say about the microFET 2's regulatory status?

The user guide carries the symbols for a medical device, compliance with EU MDR 2017/745, an EU authorised representative, compliance with the UK MDR 2002, a UK Responsible Person, and prescription use only. It does not state an EU or UK medical-device risk class. The 'Class II' that appears in the guide is an electrical-safety classification (Class II ME equipment while charging), not a medical-device risk class. For the specific unit you receive, check its conformity marking and declaration of conformity.

Can the microFET 2 measure grip strength?

No. The microFET 2 measures push force against its pad, not hand grip. It includes a dedicated pad for finger and toe tests. Grip strength is measured with a grip dynamometer, a different category of device that is not part of our catalogue.

Sources and references

We have taken the specifications from the manufacturer's user guide and product documentation, and the reliability figures from the published studies listed below.

Hoggan Scientific, LLC (manufacturer). microFET 2 User Guide (IFU 01.K), the English guide for units with serial number SN 1R241W or later.
Hoggan Scientific, LLC (manufacturer). microFET 2 product page
Stark T, Walker B, Phillips JK, Fejer R, Beck R (2011). Hand-held dynamometry correlation with the gold standard isokinetic dynamometry: a systematic review. PM R 3(5):472-479. doi:10.1016/j.pmrj.2010.10.025
Chamorro C, Armijo-Olivo S, De la Fuente C, Fuentes J, Chirosa LJ (2017). Absolute reliability and concurrent validity of hand held dynamometry and isokinetic dynamometry in the hip, knee and ankle joint: systematic review and meta-analysis. Open Med (Wars) 12:359-375. doi:10.1515/med-2017-0052
Chamorro C, Arancibia M, Trigo B, Arias-Poblete L, Jerez-Mayorga D (2021). Absolute reliability and concurrent validity of hand-held dynamometry in shoulder rotator strength assessment: systematic review and meta-analysis. Int J Environ Res Public Health 18(17):9293. doi:10.3390/ijerph18179293
Martins J, da Silva JR, da Silva MRB, Bevilaqua-Grossi D (2017). Reliability and validity of the belt-stabilized handheld dynamometer in hip- and knee-strength tests. J Athl Train 52(9):809-819. doi:10.4085/1062-6050-52.6.04
Bohannon RW (2005). Manual muscle testing: does it meet the standards of an adequate screening test? Clin Rehabil 19(6):662-667. doi:10.1191/0269215505cr873oa
Mentiplay BF et al. (2015). Assessment of lower limb muscle strength and power using hand-held and fixed dynamometry: a reliability and validity study. PLoS One 10(10):e0140822. doi:10.1371/journal.pone.0140822
Buckinx F et al. (2017). Reliability of muscle strength measures obtained with a hand-held dynamometer in an elderly population. Clin Physiol Funct Imaging 37(3):332-340. doi:10.1111/cpf.12300
Buckinx F et al. (2022). Corrigendum (corrected Tables 2 and 3 with the MDC values). Clin Physiol Funct Imaging 42(2):148-149. doi:10.1111/cpf.12744
Karagiannopoulos C, Griech S, Leggin B (2022). Reliability and validity of the ActivForce digital dynamometer in assessing shoulder muscle force across different user experience levels. Int J Sports Phys Ther 17(4):669-676. doi:10.26603/001c.35577
Jorquera-Cáceres I et al. (2024). Torque muscular isométrico en niñas, niños y adolescentes chilenos evaluado mediante dinamometría de mantención manual: un estudio de confiabilidad. Andes Pediatr 95(3):252-262. doi:10.32641/andespediatr.v95i3.4956
Dávila-Romero C et al. (2016). Fiabilidad de un test de dinamometría manual en pacientes con dolor de espalda baja mediante test-retest de 12 semanas: estudio piloto. Fisioterapia 38(3):136-141. doi:10.1016/j.ft.2015.06.002

Pneumatic compression therapy with Air Relax: what it is, its benefits and which device to choose

Stefan Schwarz — Fri, 25 Sep 2026 18:04:00 +0200

At Kinemarket we distribute the Air Relax PRO 4.0. This guide is based on documentation from the manufacturer and its European distributor, our catalogue prices and the published literature; it is not a clinical trial or a performance test of our own. If you are fitting out the clinic, the sections below cover what distinguishes a pneumatic compression unit designed for clinic use from one aimed at aesthetic marketing, and what documentation to ask for before paying. You may also want to review what essential equipment goes into the initial budget for a physiotherapy clinic.

Quick verdict

The most consistent evidence for pneumatic compression is in managing lymphoedema within a programme that includes bandaging, and in sports recovery the most consistent effect is a modest reduction in perceived muscle soreness. In venous leg ulcers it can be considered as an adjunct, with limited evidence.

As a technique, it suits clinics that treat lymphoedema within decongestive therapy or work on recovery after training load.
Do not buy it for weight loss, body reshaping or selling aesthetic results.
In our catalogue we carry the Air Relax PRO 4.0 in three sizes. The evidence for the technique does not make it a device for both indications; its manual intends it for the temporary relief of minor muscle aches in healthy people and contraindicates use on swollen areas or where circulation is poor.

What is pneumatic compression therapy and how does it work on the leg?

Pressotherapy is a commercial term for intermittent pneumatic compression (IPC). A pump inflates independent air chambers housed in leg garments, arm garments or wraps, in sequence from distal to proximal, and that sweep moves venous blood and lymph towards the trunk.

The effect is mechanical. What the machine moves is fluid, and the idea that it "eliminates toxins" describes a mechanism that the reviewed literature does not support.

It is a mechanical agent, not a current, so its list of precautions is not carried over from electrical modalities. To understand the differences, it is worth reviewing the types of electrotherapy and their uses. Pneumatic compression is an intermittent complement to daily compression garments or bandaging; it does not replace them.

What are the benefits of pneumatic compression according to the evidence?

The evidence base varies by indication. It is more consistent in lymphoedema, where there is a randomised trial with a clear result, and weaker in sports recovery, where the published effects are trivial to moderate depending on the outcome and vary widely between studies. The studies below evaluate the technique using the equipment in each trial, not a specific commercial model, and the intended purpose of each unit is set by its manufacturer in the manual.

What is the evidence in lymphoedema?

The most relevant trial in lymphoedema found that intermittent pneumatic compression plus bandaging was not inferior to classic decongestive therapy with manual lymphatic drainage. Forner-Cordero et al. (2021) evaluated it in a randomised non-inferiority trial with 194 patients in stages II and III and a volume excess greater than 10%, treated across 20 sessions. The overall mean reduction in excess volume was 63.9%, with no significant differences between the three groups. The most frequent adverse effects were discomfort and lymphangitis, with no differences between groups.

And in breast cancer-related lymphoedema?

The literature on breast cancer-related lymphoedema is split between prevention and treatment. Shao et al. (2014), with 7 trials and 287 patients, found no significant differences between usual management with or without a pneumatic pump, and concluded that the available trials do not demonstrate the efficacy of adding it. Su et al. (2025), with 14 trials and 1,397 patients, analysed prevention and treatment; the clearest result was in prevention, with a significant reduction in incidence after surgery; for established lymphoedema the therapeutic efficacy was limited and the authors point to combined treatments.

Does it help venous leg ulcers?

For venous leg ulcer, intermittent pneumatic compression may increase healing compared with no compression, and there is limited evidence that it improves healing when added to compression bandaging. Nelson et al. (2014), in a Cochrane review of 9 trials and 489 people, found only one with low overall risk of bias. It is not clear that it can replace bandaging.

And in sports recovery?

The benefit in sports recovery is trivial to small for muscle function, trivial to moderate for pain and muscle soreness, and highly variable for markers of muscle damage. Maia et al. (2024), with 17 studies and 319 participants, note that the technique still lacks solid scientific support and that the most consistent effect is a reduction in perceived soreness. To place this within a broader guide, see recovery after training load.

How is a pneumatic compression session delivered in clinic?

In clinic, the model manual sets the duration according to the timing of the session relative to exercise, and the working pressure used in the literature is well below the unit's maximum.

Duration. According to the manual, 15 to 30 minutes before training and 30 to 45 minutes after.
Pressure. The protocols most used in the sports recovery literature work around 80 mmHg (Maia et al., 2024). According to the manual, the unit starts by default at 80 mmHg and is adjusted between 40 and 170 mmHg.
Where it fits. It is integrated as part of a programme. The lymphoedema evidence comes from trial arms that included bandaging. According to the model manual, the intended purpose is temporary relief of minor muscle aches and pains and temporary increase in circulation to the treated area, in people who are in good health.
What the patient notices. The session is usually well tolerated and produces an upward sweeping sensation, although in the lymphoedema trial cited above discomfort is among the most frequent adverse effects. According to the manual, stop the session if pain, discomfort, bruising, irritation or redness appears during or after it, and the patient should consult their doctor; with severe pain or any abnormal symptom, stop the unit and remove the garment.

When should it not be used? Contraindications listed by the manufacturer

What follows is the list published by the manufacturer in the model manual, reproduced here rather than presented as our clinical judgement. Patient screening is the responsibility of the treating professional and the unit documentation.

Do not use the unit, according to the model manual:

inflammation, an infection, open wounds or bleeding at or near the site of application
sensitive skin, swollen or inflamed areas, poor circulation, skin eruptions or unexplained calf or abdominal pain
being under a doctor's care or having a condition that requires the use of a medical device
acute pulmonary oedema
acute thrombophlebitis
acute congestive heart failure
acute infections
osteoporosis
deep vein thrombosis
episodes of pulmonary embolism
wounds, lesions or tumours at or near the site
where increased venous and lymphatic return is undesirable because of lesions or tumours at or near the site
fractures or dislocations at or near the site
pregnancy (the manual adds that pregnant women should consult their healthcare provider before use)
blood clots or a tendency to form them

In addition, the manual states:

that it is not recommended for people with heart or vascular problems
that it is not for children, that under-18s must be accompanied by an adult and that it is not suitable below 40 kg
that the user must be alert and awake
that the unit is not medical treatment and is no substitute for a medical examination or diagnosis

What should you check before buying a pneumatic compression device?

If you are evaluating the investment, it is also worth reviewing the investment plan for opening a physiotherapy clinic.

Chambers. More overlapping chambers spread pressure across more segments and make the wave more progressive.
Compression modes. They change the shape of the wave; check there is at least one sequential distal to proximal mode and one maintenance mode.
Pressure control. In clinic, being able to lower the pressure precisely matters more than being able to raise it. Count the adjustment levels the unit offers; the maximum alone does not tell you how fine the step is.
Chamber selection and deflation. Switching off a chamber adapts the compression pattern, and is only used when the patient's indication and the manufacturer's instructions allow it.
Programmable duration. This determines whether the session fits the appointment slot.
Garment and sizes. Fit determines effective compression; check inside leg and thigh opening before the material.
Hygiene. It is fabric that touches the skin of several patients a day; ask for the written cleaning protocol before buying.
Voltage. Check the input voltage range and use only the manufacturer's adapter; the PRO 4.0 manual states 100 to 240 V AC, 50/60 Hz, and warns that another adapter may cause electric shock and voids the warranty.
Warranty. The PRO 4.0 manual describes the system as intended for consumer home use and warns that commercial use will cause premature breakdown of the system; before buying it for the clinic, ask the distributor in writing what warranty covers professional use.
Documentation. Ask for the model's declaration of conformity and check its conformity marking. In Great Britain, MHRA guidance sets out which conformity markings are accepted and when third-party conformity assessment is required. Northern Ireland follows EU rules.

What are the specifications of the device we distribute?

The Air Relax PRO 4.0 is the only pneumatic compression unit we distribute. The specifications come from the model manual, except for the garment, sizes and warranty, which are published by Air Relax Europe, its distributor for Europe; the price is from our catalogue.

Feature	Value
Chambers	6
Modes	Sequential, Progressive, Drain and Overlay
Pressure	40 to 170 mmHg (14 levels)
Chamber selection and deflation	Yes
Programmable session duration	5 to 95 minutes
Garment	200 denier nylon
Interface	Touchscreen
Voltage	100 to 240 V AC, 50/60 Hz
Warranty offered by Air Relax Europe	3 years
Sizes	S, M and L
Guide price	€1,189.90

According to the manufacturer, Sequential fills the chambers one by one from distal to proximal; Progressive advances as a wave with up to three chambers at a time; Drain performs a directional sweep towards the trunk; Overlay inflates all chambers at once, holds and releases.

Prices from Kinemarket's Spain/EU catalogue, checked on 23 September 2026, shown in euros with Spanish VAT included; tax treatment and delivery costs may vary by destination. The catalogue changes and, depending on the season, the unit may be on offer. It is worth checking the specifications against the documentation supplied with your unit. You can view the European distributor's product page and the Air Relax PRO 4.0 details in the catalogue.

Which size should you choose, and which clinic does it suit?

The three sizes cost the same, so the real buying decision is the size.

The table is the one published by Air Relax Europe. The model manual states that inside leg gives a more accurate result than height and that, between two sizes, the longer leg garment should be chosen.

Size	Inside leg	Thigh opening	Reference height
S	66 to 79 cm	69 cm	up to 173 cm
M	79 to 89 cm	69 cm	173 to 188 cm
L	89 cm and over	69 cm	188 cm and over

Sports-focused practice. Choose the size by the inside leg of your tallest regular user.
Practice treating patients with oedema or lymphoedema. The PRO 4.0 manual does not declare oedema or lymphoedema as indications and contraindicates, among other situations, swollen or inflamed areas and poor circulation; for that clinic profile, look for a unit whose intended purpose and documentation expressly cover the indication.

At Kinemarket you can find the Air Relax PRO 4.0 in the three sizes. The same collection has more recovery equipment for the treatment room.

Conclusion

A pneumatic compression unit is an adjunct within a programme; before buying one, check that the purpose stated in its manual covers your patients. The decision is driven by fine pressure control, the chambers, garment fit and a practical hygiene protocol between patients. Check the patient's inside leg to choose the size and achieve the fit the manufacturer intends.

Frequently asked questions

How long does a pneumatic compression session last, and how many can you do in a day?

The model manual recommends 15 to 30 minutes before training and 30 to 45 minutes after, and does not state a maximum number of sessions per day; the programmable range of 5 to 95 minutes is a capability of the unit, distinct from the recommended protocol.

Does pressotherapy help with weight loss or cellulite?

We have not identified evidence that intermittent pneumatic compression on its own produces weight loss, fat loss or removal of cellulite. The outcomes measured by the studies cited in this guide are oedema, lymphoedema, venous ulcer healing and perceived soreness after exercise.

What pressure in mmHg is used in a pneumatic compression session?

In sports recovery, the reviewed protocols usually work around 80 mmHg (Maia et al., 2024). That value is modulated according to patient tolerance and the indication, and the maximum figure advertised on a product page describes the unit's ceiling.

Can leg garments be used on the arms?

No. The model manual provides a separate garment for the leg, the arm and the hips (the shorts garment), each with its own size guide, and advises against exceeding 100 mmHg (Level 10) with the arm garment or the shorts garment.

How do you clean a pneumatic compression device between patients?

According to the manual, the control unit and hose are cleaned with a soft, slightly damp cloth, without immersing the unit or letting liquid collect on it. The garments are wiped on the surface inside and out with a soft, slightly damp cloth, dried with a soft towel and left to air-dry completely before the next use, with no machine washing, bleach, dry cleaning, ironing or tumble-drying. The garment is not sterile and the manual recommends a layer of clothing between the garment and the skin. The manual does not include a disinfection protocol; if the clinic's schedule requires it, ask the distributor in writing which disinfectant is compatible with the garment.

Sources and references

For this guide we consulted the Air Relax model manual and its European distributor's product page, the meta-analyses, the Cochrane review and the clinical trial listed below, together with UK regulatory guidance.

Forner-Cordero I, Muñoz-Langa J, DeMiguel-Jimeno JM, Rel-Monzó P (2021). Physical therapies in the decongestive treatment of lymphedema: a randomized, non-inferiority controlled study. Clin Rehabil 35(12):1743-1756. doi:10.1177/02692155211032651
Maia F, Nakamura FY, Sarmento H, Marcelino R, Ribeiro J (2024). Effects of lower-limb intermittent pneumatic compression on sports recovery: a systematic review and meta-analysis. Biol Sport 41(4):263-275. doi:10.5114/biolsport.2024.133665
Nelson EA, Hillman A, Thomas K (2014). Intermittent pneumatic compression for treating venous leg ulcers. Cochrane Database Syst Rev (5):CD001899. doi:10.1002/14651858.CD001899.pub4
Shao Y, Qi K, Zhou QH, Zhong DS (2014). Intermittent pneumatic compression pump for breast cancer-related lymphedema: a systematic review and meta-analysis of randomized controlled trials. Oncol Res Treat 37(4):170-174. doi:10.1159/000360786
Su L, Huang H, Tong Y, Dong L, Gu C, Zhuang S, Bai S, Jin Y (2025). Intermittent pneumatic compression devices for the prevention and treatment of breast cancer-related lymphedema: a systematic review and meta-analysis. Support Care Cancer 33:1113. doi:10.1007/s00520-025-10159-8
Air Relax Europe (distributor of Air Relax for Europe). Product page for the PRO 4.0, accessed 23 September 2026.
Air Relax (manufacturer). Air Relax Pro User Manual, Model AR-4.0 (MSI-MUL-AR-4.0, REV.1 [22.08.25]). PDF, accessed 23 September 2026.
Medicines and Healthcare products Regulatory Agency (MHRA). Regulating medical devices in the UK, last updated 20 February 2026, accessed 24 September 2026.

Conductive gel and massage creams: how to choose for your practice

Stefan Schwarz — Sat, 26 Sep 2026 09:07:00 +0200

Gel and cream are restocked so often in a physiotherapy practice that they end up being ordered out of habit, the same product every time. Conductive gel is a coupling medium for equipment or applicators that need one, such as therapeutic ultrasound; massage cream or oil is the glide medium for manual therapy.

At Kinemarket we sell all eight products mentioned here. This is a desk-based guide built from the brands' product documentation, catalogue prices and published literature, not a product test of our own.

Quick verdict

Choose the medium by what it does in the session. For equipment, use the coupling medium indicated by its manufacturer; for the hands, use a neutral base; everything else is secondary.

Ultrasound: a conductive gel; in electrotherapy, only when the equipment or electrodes require a conductive medium.
Diathermy or TECAR therapy: the medium indicated by the equipment manual; conductive creams exist for that use.
Manual therapy: neutral cream or oil, depending on the glide your technique requires.
Creams with active ingredients, and warming or cooling creams: they do not replace the coupling medium indicated by the equipment manufacturer.

What is the difference between conductive gel, massage cream and oil?

The central difference is one of function, because conductive gel couples a piece of equipment to the skin and cream or oil lets the hand glide. The base and texture follow from that function, as does the place each one occupies in the practice.

Four of the products in the table belong to Kinefis, the own-brand range marketed by Fisaude, which we cover in our article on Kinefis and its range. The table shows each type with what its product documentation declares.

Type of medium	What it is used for	What the brand declares	Product in our catalogue
Conductive gel	Ultrasound; electrotherapy if the equipment requires it	Transparent, neutral and salt-free, according to Fisaude	Kinesonic
Conductive cream	Diathermy or TECAR therapy	Conductive and skin-conditioning	Diaterm Care
Neutral massage cream	Manual therapy	Neutral base for long massages	Kinefis neutral massage cream
Massage oil	Manual therapy	Soy, sweet almond and jojoba oils; unscented	Kinefis neutral massage oil
Cream with botanical ingredients	Massage	Arnica, calendula, hypericum and melaleuca	Fisiocrem Professional
Warming or cooling cream or gel	Massage	Warming or cooling sensation	Mebaline Therma Cream and Cool Gel

Why does ultrasound need a conductive gel?

The transducer head needs a medium that ensures acoustic contact with the tissue, and that medium attenuates part of the beam's power. As the effect depends on the dose, this can influence treatment (Poltawski and Watson, 2007).

The gels commonly used among UK physiotherapists that Poltawski and Watson measured transmitted 95 to 108% as much ultrasound as degassed water, with no clinically relevant differences between them (Poltawski and Watson, 2007). In media used for phonophoresis, transmission split into two groups, above 80% or below 40% of water (Cameron and Monroe, 1992).

So use a product designed as a coupling medium, and do not improvise with a massage cream or a warming or cooling cream. What ultrasound is for and what the evidence says about its effectiveness is covered in our guide to electrotherapy in physiotherapy; here we cover only the medium.

Fisaude also describes Kinesonic as suitable for electrotherapy. If the equipment or electrodes need a conductive medium, the manual states it.

Which medium is used for diathermy or TECAR therapy?

Diaterm Care is marketed as a conductive cream for diathermy or TECAR therapy, and its product documentation describes it as conductive and skin conditioning, with cosmetic active ingredients. Which medium each piece of equipment needs, if any, is indicated by its manufacturer; follow the manual.

How do you keep conductive gel from being contaminated in the practice?

Three practices reduce the risk: do not refill bottles, keep the nozzle from touching the skin or the transducer head, and clean and disinfect the transducer head after each patient.

The most contaminated part was the bottle nozzle, ahead of the transducer head and the gel itself. In nine outpatient physiotherapy clinics in the United States, 52.7% of bottle nozzles had bacteria and 3.6% MRSA; 14.5% of bottles had contaminated gel and 35.5% of transducer heads had bacteria. Disinfecting the transducer head eliminated 90.9% of that contamination (Spratt et al., 2014). The study measured contamination of nozzles, gel and transducer heads without recording infections.

The European guidance considers the overall risk to be low, although outbreaks have been published with medical gels, and recommends single-use bottles rather than bottles refilled from large containers (Nyhsen et al., 2017). Multi-dose containers are discarded when empty and are not refilled (AIUM, 2025). The Australasian Sonographers Association states that refilling bottles from a 5-litre reservoir is no longer recommended (ASA, 2021).

These guidelines come from diagnostic ultrasound (sonography). Physiotherapy ultrasound on intact skin falls within their lower-risk category, where a non-sterile gel is sufficient (Nyhsen et al., 2017). If you work with a 5 kg container, dispense directly from the pump and do not use the container to refill bottles. The bundled 500 ml bottle is not refilled either; when empty, it is discarded (AIUM, 2025).

In practice:

Close the container and store it upright at room temperature.
Note the opening date of the bottle; the European guidance advises, ideally, discarding it at the end of the working day even if it has not been emptied (Nyhsen et al., 2017).

Neutral massage cream or oil: which suits your practice?

Both are used as glide bases. The choice depends on your technique, how much glide you need and how the patient's skin tolerates each product.

Fisaude presents the Kinefis neutral massage cream as a base designed for long massages.

The Kinefis neutral massage oil, according to its product documentation, has a vegetable base, contains tocopherol and is unscented.

Packaging also matters. In a real-use test with a preservative-free lotion, the screw-cap container was contaminated in 71% of cases and the pump-top container in 10% (Brannan and Dille, 1990). The study does not allow those percentages to be transferred to a modern cream used in practice, but it does illustrate why a pump dispenser reduces direct contact with the contents.

What should you know about creams with botanical ingredients?

These are massage creams with plant extracts, chosen according to use and personal preference. Compared with a neutral base, they add a variable worth keeping an eye on: skin tolerance, yours and the patient's.

Fisiocrem is a Uriach brand. Uriach lists arnica, calendula, hypericum and melaleuca (tea tree) in the formula of Fisiocrem Professional and supplies it in a 1-litre bottle with a dispenser. Our catalogue has the 1-litre bottle and a 3-litre pack. We do not attribute any action to it and describe it by its use as a massage medium.

Arnica and calendula are Compositae (the daisy family). Sensitisation seems relatively frequent with arnica, while calendula is among the species suspected of causing sensitisation (Paulsen, 2002). Tea tree oil is the essential oil with the most published allergic reactions; most of the reactions are due to the pure oil and cosmetics cause a minority, and oxidation increases its allergenic potency, so a well-closed container matters (de Groot and Schmidt, 2016). Ask about known plant allergies before using it.

Your hands are also exposed. In a survey of 350 massage therapists, hand dermatitis affected 15% in one year, and using aromatherapy products in massage oils or creams was associated with more hand dermatitis, with an odds ratio of 3.27 (Crawford et al., 2004). The study measures an association. If you customise a neutral base with essential oils, that exposure also counts.

What are warming and cooling creams?

Mebaline Therma Cream is described in its product sheet as a cream that provides a strong sensation of heat. Mebaline Cool Gel is described as a gel with a cold effect and a relaxing sensation, both in 500 ml containers. They are not coupling media. When to apply cold or heat is a clinical decision that we do not cover in this guide.

How much does each format cost per kilo or per litre?

Products in 5 kg and 5-litre containers cost a few cents per 10 g or 10 ml, while creams with active ingredients and warming or cooling creams cost between 36 and 44 cents. The saving from the large formats is in the neutral bases and the conductive products.

Product	Format	Price*	Per kg or litre	Per 10 g or 10 ml
Kinesonic conductive gel	5 kg container with pump dispenser + 500 ml bottle	€19.90	Under €4 per kilo counting only the container (€3.98/kg)	About 4 cents
Diaterm Care	5 kg container with pump dispenser	€49.90	€9.98/kg	About 10 cents
Neutral massage cream	5 kg container with pump dispenser + 1 extra litre	€47.90	Under €10 per kilo counting only the container (€9.58/kg)	About 10 cents
Neutral massage oil	5-litre container	€31.90	€6.38/L	About 6 cents
Fisiocrem Professional	1 litre	€43.90	€43.90/L	About 44 cents
Fisiocrem Professional	3 litres (3 × 1-litre bottles)	€130.50	€43.50/L	About 44 cents
Mebaline Therma Cream	500 ml	€17.90	€35.80/L	About 36 cents
Mebaline Cool Gel	500 ml	€17.90	€35.80/L	About 36 cents

The Kinesonic and neutral cream figures only count the container, so the actual price per kilo is somewhat lower. The 3-litre Fisiocrem pack costs €130.50, compared with €131.70 for three 1-litre bottles; it saves €1.20, under 1%; its main advantage is simpler stockholding. Multiply the 10 g or 10 ml column by what you use in a session and you have your cost.

Which product should you choose for each use in your practice?

By use:

Ultrasound, and electrotherapy if the equipment requires it. The Kinesonic conductive gel in a 5 kg container.
Diathermy or TECAR therapy. The Diaterm Care conductive cream.
Manual therapy with cream. The neutral massage cream in a container with pump dispenser.
Manual therapy with oil. The neutral massage oil in a 5-litre container.
Cream with botanical ingredients. Fisiocrem Professional 1 litre or, if you use it daily, the 3-litre pack.
Heat or cold sensation. Mebaline Therma Cream and Mebaline Cool Gel.

You can find all the products in the creams and gels collection. If you are equipping the practice from scratch, the guide to essential equipment for opening a physiotherapy clinic helps you decide the basic inventory.

Conclusion

The conductive gel is chosen for the equipment, and the cream or oil for the technique and the skin in front of you. Before restocking, check in each device's manual which medium it requires and organise stock so that bottles are not refilled.

Frequently asked questions

Is conductive gel a medical device or a cosmetic?

Status depends on the manufacturer's intended purpose and mode of action. In Great Britain, the MHRA uses those factors when deciding whether a borderline product is a medical device (MHRA, 2026a); Northern Ireland follows separate medical-device rules (MHRA, 2026b). We give no verdict on any product. Check the labelling and the manufacturer's documentation.

Can you warm conductive gel before applying it?

The American Institute of Ultrasound in Medicine guidance says only with dry heat (AIUM, 2025). The European guidance warns that keeping bottles warm multiplies microorganisms and turns the warmer into an incubator; it recommends warming only the bottle for immediate use (Nyhsen et al., 2017).

When do you need sterile conductive gel?

Sterile gel, preferably in a single-use sachet, is recommended when infection is a concern: invasive procedures that pass through tissue, non-intact skin, or areas close to recent surgical wounds (AIUM, 2025). A gel is only sterile if its label says so (Nyhsen et al., 2017). On intact skin, a non-sterile gel is sufficient.

Sources and references

For this guide we consulted the brands' product documentation, the ultrasound gel recommendations of the American, European and Australasian bodies, the UK regulator's guidance, and the studies on transmission, contamination and skin tolerance listed below.

American Institute of Ultrasound in Medicine (2025). Guidelines for Cleaning and Preparing External- and Internal-Use Ultrasound Transducers and Equipment Between Patients as Well as Safe Handling and Use of Ultrasound Coupling Gel, 2025 Revision. Approved 2 July 2025.
Australasian Sonographers Association (2021). ASA Clinical Statement: Safe use and storage of ultrasound gel. Revised February 2021.
Brannan DK, Dille JC (1990). Type of closure prevents microbial contamination of cosmetics during consumer use. Appl Environ Microbiol 56(5):1476-1479. doi:10.1128/aem.56.5.1476-1479.1990
Cameron MH, Monroe LG (1992). Relative transmission of ultrasound by media customarily used for phonophoresis. Phys Ther 72(2):142-148. doi:10.1093/ptj/72.2.142
Crawford GH, Katz KA, Ellis E, James WD (2004). Use of aromatherapy products and increased risk of hand dermatitis in massage therapists. Arch Dermatol 140(8):991-996. doi:10.1001/archderm.140.8.991
de Groot AC, Schmidt E (2016). Tea tree oil: contact allergy and chemical composition. Contact Dermatitis 75(3):129-143. doi:10.1111/cod.12591
Medicines and Healthcare products Regulatory Agency (2026a). Borderlines with medical devices and other products in Great Britain. GOV.UK guidance, updated 29 June 2026, accessed 24 September 2026.
Medicines and Healthcare products Regulatory Agency (2026b). Regulation of medical devices in Northern Ireland. GOV.UK guidance, updated 11 June 2026, accessed 24 September 2026.
Nyhsen CM, Humphreys H, Koerner RJ, Grenier N, Brady A, Sidhu P, Nicolau C, Mostbeck G, D'Onofrio M, Gangi A, Claudon M (2017). Infection prevention and control in ultrasound: best practice recommendations from the European Society of Radiology Ultrasound Working Group. Insights Imaging 8(6):523-535. doi:10.1007/s13244-017-0580-3
Paulsen E (2002). Contact sensitization from Compositae-containing herbal remedies and cosmetics. Contact Dermatitis 47(4):189-198. doi:10.1034/j.1600-0536.2002.470401.x
Poltawski L, Watson T (2007). Relative transmissivity of ultrasound coupling agents commonly used by therapists in the UK. Ultrasound Med Biol 33(1):120-128. doi:10.1016/j.ultrasmedbio.2006.07.026
Spratt HG, Levine D, Tillman L (2014). Physical therapy clinic therapeutic ultrasound equipment as a source for bacterial contamination. Physiother Theory Pract 30(7):507-511. doi:10.3109/09593985.2014.900836
Uriach. Fisiocrem Professional, manufacturer's product page, accessed 23 September 2026.
Distribution product sheets for Kinefis Kinesonic, Diaterm Care, neutral massage cream and neutral massage oil, published by Fisaude, accessed 23 September 2026.
Distribution product sheets for Mebaline Therma Cream and Mebaline Cool Gel, accessed 23 September 2026.

Functional taping: what it is, when to use it and which material to choose

Stefan Schwarz — Sat, 26 Sep 2026 11:13:00 +0200

Protecting an ankle without putting it in a cast means controlling pain while keeping movement. Functional taping is a selective immobilisation technique that restricts only the harmful movement and preserves function. We stock the materials mentioned here in our Spain/EU catalogue; this guide is based on published sources, not on a trial of our own.

What is functional taping?

Functional taping is a partial, selective immobilisation technique that blocks the range of movement that stresses the injured structure and leaves the rest of the joint free.

The Spanish primary-care training material 1aria describes it as a very selective type of immobilisation technique with specific indications.

Total immobilisation with a cast or splint removes movement from the whole joint; functional taping preserves function. Kinesiology tape is elastic, moves with the joint and does not restrict range. Mo et al. (2026) included 128 systematic reviews (73 published and 55 registered but unpublished), covering 310 unique trials and 15,812 participants, and concluded that the evidence on its clinical effects is of very low certainty. Our guide to kinesiology taping and what it is used for covers that contrast in more depth.

According to the history of physiotherapy compiled on history.physio, Virgil Gibney described using adhesive strapping to stabilise the sprained ankle in 1893.

When is functional taping used?

Functional taping is used for three purposes that vary with the clinical context, set out in the table below. It is applied in certain ligament, muscle, tendon or fascia injuries when the aim is to limit a harmful movement.

Preventive, therapeutic and adjunctive taping

1aria classifies functional taping as therapeutic, preventive or adjunctive. The Type column follows that classification; the timing and the mobility sought are our description of usual practice.

Type	When it is applied	Mobility sought
Preventive	Before activity	Optimal mobility with the movement protected
Therapeutic	During treatment	Minimal, selective mobility of the harmful range
Adjunctive	Alongside another intervention	Partial support that complements the plan

Indications by structure

Ligament. Lateral ankle sprain, an injury to the outer ankle ligaments caused by forced inversion, is the classic indication. Van Rijn et al. (2008) report that 5% to 33% of patients still had pain at one year and that 36% to 85% reported full recovery within three years. Our practical guide to sports injuries and recovery goes further on management.
Muscle. Muscle injuries where the aim is to limit stretch and protect the tissue under load.
Tendon and fascia. Tendinopathies and plantar fasciitis. In plantar fasciitis, the 2023 JOSPT guideline recommends rigid or elastic taping together with other physiotherapy treatment to improve pain and function in the short term (Koc et al., 2023), and we cover it in our plantar fasciitis taping guide.

What does the evidence say about functional taping?

The evidence on functional taping is uneven. It supports functional treatment as a reasonable option and the prevention of recurrence in previously injured athletes; it does not support clear superiority over immobilisation, or an improvement in proprioceptive acuity in people with recurrent sprain or functional ankle instability.

Functional treatment versus immobilisation. In these reviews, "functional treatment" is a broader strategy than tape and can include external support, progressive loading and exercise. Kerkhoffs et al. (2002), a Cochrane review of 21 trials and 2,184 participants, concluded that functional treatment appeared to be the favourable strategy compared with immobilisation. The authors cautioned that most of the differences were no longer significant once the low-quality trials were excluded. The review is listed as WITHDRAWN in 2013 (PMID 23543522).

Vilchez-Cavazos et al. (2025), a meta-analysis of 10 trials and 1,133 patients, found no significant difference in pain (SMD −0.15; 95% CI −0.71 to 0.41) or in function (SMD 0.05; 95% CI −0.39 to 0.49). The 2002 Cochrane caveat already pointed in that direction. Heterogeneity between trials is very high (I² of 92% for pain and 90% for function), so the result does not show that the two strategies are equivalent.

Here, a brace means an external ankle support. The table below summarises one clinical guideline and three reviews.

Study	What it measures	Finding	What it does not support
Martin et al. (2021), JOSPT clinical practice guideline	treatment and prevention of lateral ankle sprain	in acute sprain, external support with a brace or tape and progressive weight bearing; its evidence synthesis finds strong evidence for bracing, taping and balance exercise in preventing recurrence	external support on its own to improve balance in chronic instability
Dizon and Reyes (2010), review of seven trials	prevention with external support in athletes with a previous sprain	OR 0.31 (95% CI 0.18 to 0.51) with a brace and OR 0.29 (95% CI 0.14 to 0.57) with tape	no support superior to the other; figures not transferable to people without a previous sprain
Raymond et al. (2012), review and meta-analysis	proprioception in functional ankle instability	mean difference of 0.08° (95% CI −0.39 to 0.55)	no effect on proprioceptive acuity; this is evidence against that argument
Mejías-Gil et al. (2016), Spanish review of 15 studies	pain in patellofemoral pain syndrome	pain benefits after functional taping	not transferable to the ankle or to functional taping in general

When should functional taping not be applied?

Functional taping is contraindicated when the injury, the skin or the circulation cannot tolerate mechanical restriction. The full list comes from 1aria; professional assessment rules out each case before the tape goes on.

According to 1aria, the contraindications are:

Fractures.
Significant oedema in the injured area.
Major ruptures of tendon, ligament or muscle.
Skin conditions, such as wounds, trophic changes or dermatitis.
Vascular disorders, arterial disease or venous insufficiency.
Reduced skin sensation (hypoaesthesia).
Allergy to the adhesive.

In a severe lateral ankle sprain, the major-rupture contraindication does not rule out tape for the whole course of recovery. The 2021 JOSPT guideline recommends external support with progressive weight bearing and notes that, in more severe injuries, immobilisation may be indicated.

At product level, the Strappal data sheet declares a latex-free formula that contains colophony, and the Leukotape Classic data sheet declares natural rubber latex and also colophony. Check the data sheet for each product. This article is not a self-treatment guide.

How long does functional taping stay on?

The available sources do not agree on a single time frame. 1aria recommends a first review at 48 hours and renewing the tape every 4 to 5 days after a clinical check, with a maximum of five days per application. Essity describes Strappal as for short-term use and Leukotape Classic as short-term, up to several days; neither data sheet gives a number of days. 1aria asks the patient to watch for warning signs of vascular compromise until the review. If they appear, the tape comes off and the patient is reassessed before continuing.

What does HCPC regulation say about functional taping in physiotherapy?

In the UK, the Health and Care Professions Council (HCPC) regulates physiotherapists, and the title "physiotherapist" is protected by law. The HCPC defines your scope of practice as the limit of your knowledge, skills and experience, and expects you to keep within it at all times. Neither HCPC source names taping specifically. For an HCPC-registered physiotherapist, its use therefore sits within the practitioner's individual scope of practice rather than under a taping-specific HCPC rule.

Which material should you choose for each clinical goal?

Material is chosen by clinical goal. To restrict a range of movement, use rigid strapping tape; to protect the skin, underwrap; to compress or secure without immobilising, a cohesive bandage; to move with the joint, kinesiology tape.

Clinical goal	Material
Restrict a range of movement	Rigid strapping tape, 3.8 cm Sporttape; Strappal as the long-established option
Protect the skin under the tape	Underwrap
Compress or secure without immobilising	Cohesive bandage
Move with the joint without restricting it	Kinesiology tape

Adhesive elastic bandage is a mixed class, elastic and adhesive to the skin, and is not part of this guide's routing table. Our comparison of underwrap, cohesive bandage and rigid strapping covers each material in detail.

The product links below go to our Spain/EU catalogue, and we do not currently deliver to the UK.

Rigid strapping tape: Functional Sporttape 3.8cm x 10m and the Functional Sporttape 3.8cm x 10m (32-Pack).
Skin protection: Pretape Beige 7cm x 27m and the Pretape Beige 7cm x 27m (48-Pack).
Combined pack: Sporttape 3.8 cm x 10 m (32-pack) + Pretape (48-pack).
Long-established option: Strappal Tape 4cm x 10m and the Strappal Tape 4cm x 10m (24-Pack).
Everything else is in our strapping and underwrap collection.

Conclusion

Functional taping restricts the harmful range and leaves the rest of the joint free. The evidence supports functional treatment as part of a plan that includes exercise, not as a substitute for it. Material is chosen by clinical goal, and every product needs its data sheet checked. Professional assessment decides first whether the injury tolerates that selective restriction.

Frequently asked questions about functional taping

Is functional taping the same as strapping or Sporttape?

Functional taping is the clinical technique. Strapping, or sports taping, is the everyday name for the same technique in UK practice. Sporttape is the product name of the rigid tape we sell for it. Technique, everyday name and product are three different things.

Can functional taping replace a brace to prevent recurrence?

Not automatically. After a first sprain, the 2021 JOSPT guideline (Martin et al.) recommends a prophylactic brace combined with balance and proprioception exercise. Its evidence synthesis also recognises strong evidence for tape and considers the brace more cost-effective. Dizon and Reyes (2010) found no support superior to the other in athletes with a previous sprain.

Can functional taping be used for a grade III sprain?

It can be part of management, but the timing depends on severity. The 2021 JOSPT guideline (Martin et al.) recommends a brace or tape, with weight bearing built up progressively. In more severe lateral ankle sprains, immobilisation may be indicated for up to 10 days. The support and its timing are chosen by injury severity, healing phase, pain and the protection needed. According to Vuurberg et al. (2018), ligament damage is assessed most reliably at a delayed physical examination 4 to 5 days after the injury.

Sources and references

These are the references and manufacturer data sheets we relied on for this guide:

Kerkhoffs GM, Rowe BH, Assendelft WJ, Kelly K, Struijs PA, van Dijk CN (2002). Immobilisation and functional treatment for acute lateral ankle ligament injuries in adults. The Cochrane Database of Systematic Reviews. DOI 10.1002/14651858.cd003762. Listed as WITHDRAWN in the 2013 edition, PMID 23543522.
Vilchez-Cavazos F, Quiroga-Garza A, Acosta-Olivo CA, Rodríguez-Corpus LA, Espinosa-Uribe AG, Peña-Martínez VM, Simental-Mendía M (2025). Functional treatment versus immobilization for the management of acute ankle sprains: a systematic review and meta-analysis. Journal of Bodywork and Movement Therapies, 44:48-55. DOI 10.1016/j.jbmt.2025.05.035.
Vuurberg G, Hoorntje A, Wink LM, et al. (2018). Diagnosis, treatment and prevention of ankle sprains: update of an evidence-based clinical guideline. British Journal of Sports Medicine, 52(15):956. DOI 10.1136/bjsports-2017-098106.
Martin RL, Davenport TE, Fraser JJ, Sawdon-Bea J, Carcia CR, Carroll LA, Kivlan BR, Carreira D (2021). Ankle Stability and Movement Coordination Impairments: Lateral Ankle Ligament Sprains Revision 2021. Journal of Orthopaedic & Sports Physical Therapy, 51(4):CPG1-CPG80. DOI 10.2519/jospt.2021.0302.
Koc TA Jr, Bise CG, Neville C, Carreira D, Martin RL, McDonough CM (2023). Heel Pain – Plantar Fasciitis: Revision 2023. Journal of Orthopaedic & Sports Physical Therapy, 53(12):CPG1-CPG39. DOI 10.2519/jospt.2023.0303.
Dizon JM, Reyes JJ (2010). A systematic review on the effectiveness of external ankle supports in the prevention of inversion ankle sprains among elite and recreational players. Journal of Science and Medicine in Sport, 13(3):309-317. DOI 10.1016/j.jsams.2009.05.002.
Raymond J, Nicholson LL, Hiller CE, Refshauge KM (2012). The effect of ankle taping or bracing on proprioception in functional ankle instability: a systematic review and meta-analysis. Journal of Science and Medicine in Sport, 15(5):386-392. DOI 10.1016/j.jsams.2012.03.008.
van Rijn RM, van Os AG, Bernsen RM, Luijsterburg PA, Koes BW, Bierma-Zeinstra SM (2008). What is the clinical course of acute ankle sprains? A systematic literature review. The American Journal of Medicine, 121(4):324-331.e6. DOI 10.1016/j.amjmed.2007.11.018.
Mo Q, Deng Z, Zheng J, Wu T, Hu F, Xu S, Zou J, Zheng X (2026). Effectiveness and clinical relevance of kinesio taping in musculoskeletal disorders: an overview of systematic reviews and evidence mapping. BMJ Evidence-Based Medicine. DOI 10.1136/bmjebm-2025-114067.
Mejías-Gil E, Rodríguez-Mansilla J, Sosa-Hurtado M, Espejo-Antúnez L (2016). Revisión sistemática sobre los efectos del vendaje funcional en el síndrome de dolor femoropatelar. Fisioterapia, 38(1):45-54. DOI 10.1016/j.ft.2015.03.004.
Talleres 1aria. Vendajes funcionales (updated May 2022, in Spanish). Primary-care training material; the source of the definition, the three-type classification, the contraindications and the review and renewal intervals.
Ruscoe G. Strapping Tape. history.physio. Secondary source for the description of Gibney (1893).
Health and Care Professions Council. Professions and protected titles.
Health and Care Professions Council. Scope of practice.
Essity. Manufacturer data sheets (in German) for Strappal and Leukotape Classic. The source of the declared allergens and the short-term duration of use.