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Texua Physiotherapy & Wellness Equipment

Texua T601

Product Code: PAWE-EAPD-3228

Seven probes, half a bar to ten, and a shot count to 9,900.

Seven shockwave probes supplied; energy from 0.5 to 10 bar in half-bar steps; frequency from 1 to 21 Hz; a shot count between 100 and 9,900; and an eight-inch touch screen on a 12.2-kilogram bench unit.

Sections

Shockwave Therapy

Categories

Physiotherapy & Wellness Equipment

Condition

New

Origin

China

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

Texua builds the T601 as a radial pressure-wave device for services covering a wide range of anatomy from one bench. Energy runs from 0.5 to 10 bar in half-bar increments, frequency from 1 to 21 Hz in single-hertz steps, and the shot count from 100 to 9,900 in hundreds. Seven shockwave probes are listed as supplied and work through an eight-inch touch screen. The unit draws 380 W, measures 450 by 368 by 235 mm, weighs 12.2 kg and takes 220 V at 50 Hz or 110 V at 60 Hz. Pulse structure is not published: no waveform, rise time, pulse duration or energy equivalent appears, and nothing describes cooling or a duty cycle.

Seven probes are what the specification is really offering. Probe face and diameter govern the contact area and how the wave spreads from the point it enters, so a set that size can meet a broad muscle belly and a small tendon insertion in the same session by changing only the head. For a list running from a shoulder in the morning to a heel in the afternoon, that decides whether one device covers the book.

Two things temper it. None of the seven is described, so the breadth is a count rather than a specification. More importantly, radial output is weighted to the surface whatever probe is fitted. Changing the head changes the area treated, not the depth at which peak energy lands, so the patients this suits are defined as much by target depth as by location.

Medigear.uk lists the T601 for UK business buyers. Request each probe by diameter and application, the rated shot life, what the eight-inch screen displays and stores, and the device class with its declaration of conformity from the seller before ordering.

The T601 suits a service whose list moves around the body. Musculoskeletal departments, physiotherapy clinics, podiatry practices, and sports injury services may see a shoulder, a lateral hip, an elbow, and a heel in the same afternoon, and each needs a different contact area against very different amounts of overlying soft tissue. Seven probes allow one bench unit to follow that list rather than dictating which parts can be treated.

Shockwave therapy is most often used for Achilles tendinopathy, plantar fasciitis, tennis elbow, and greater trochanteric pain syndrome, generally after conservative treatment has been tried without resolving the problem. Those four sit at very different depths and over very different amounts of tissue, which is precisely why the head matters.

Depth is where the fit stops. Radial output is highest at the skin and disperses inward, and no probe changes that. A service treating superficial tendon and muscle targets is well matched; one whose intended targets sit deep should establish what this modality reaches before committing, because the specification makes no claim in either direction, and no probe in the set changes it.

Buying runs through the usual routes. NHS musculoskeletal services, private physiotherapy and podiatry groups, sports medicine practices, and veterinary users each apply their own procurement rules, and a Class IIa or IIb device must clear clinical governance alongside finance. Conformity documentation is issued by the manufacturer and provided by the seller. Report adverse incidents involving the device to the MHRA through the Yellow Card scheme.

Seven probes settled at the point of order.

The probe count is published rather than left to the quotation, so the set arrives with the machine. On a device where the head governs contact area and comfort, having a range from day one means matching the probe to the region without waiting on a separate order.

One bench unit follows a mixed list.

A shoulder, a hip, an elbow and a heel each want a different contact area. A set of seven means the head changes between patients while the machine stays put, which lets a single device cover a varied afternoon.

Output to ten bar with fine increments

Half-bar steps across a range reaching ten bar are small enough to titrate to what a patient will tolerate over the opening shots, which is how published protocols are written. The increment matters as much as the ceiling on a treatment delivered by feel.

Ranges that encompass published protocols

Tendon work in the literature commonly runs 2.5 to 5 bar at 3 to 5 Hz for 1,500 to 3,000 shots. All three fall within the published ranges with headroom, so a service following a documented protocol can reproduce it without pushing the equipment to its limits.

Three parameters on an eight-inch display

Pressure, frequency, and shot count all change during a session, and a display that size keeps them together without the operator hunting through levels with one hand on the handpiece.

A twelve-kilogram machine on the bench

At 450 by 368 by 235 mm and 12.2 kg, the unit sits on a standard treatment room bench or trolley and moves between rooms without help, whatever the packed weight turns out to be.

Dual rated voltage

Rated voltage covers 220 V at 50 Hz and 110 V at 60 Hz, which widens where a unit can be redeployed across a group, provided the variant supplied is confirmed when ordering.

The open questions are all answerable in writing.

Probe diameters and profiles, rated shot life, what the screen stores, device class and certificate, registration, UK Responsible Person, voltage variant, and what accounts for the packed mass.Each one already sits in the manufacturer's fefile

Radial pressure wave modality

Pressure waves are generated pneumatically, with output quoted in bar. Energy is highest at the skin surface and disperses with depth. The specification uses neither the word radial nor the word focused.

Energy 0.5 to 10 bar

Output is adjustable across the full range in 0.5-bar increments, giving twenty settings.

Frequency 1 to 21 Hz

Impact frequency is adjustable in single-hertz steps across the full range, giving twenty-one settings.

Shot count 100 to 9,900

The number of impacts per session is set in 100-impact increments, giving 99 settings.

Seven shockwave probes supplied

Seven probes are listed as included. No diameters, face profiles, intended applications or rated shot life are given for any of them.

Eight-inch touch screen

Control is through an eight-inch touch screen. No resolution, interface description, protocol library, body map, language options or session record function is published.

380 W power draw

Input power is published at 380 W. No duty cycle, continuous-run limit or cooling arrangement is stated against it.

Unit dimensions 450 × 368 × 235 mm

The machine is published at those dimensions with a net mass of 12.2 kg.

Packed dimensions 545 × 455 × 425 mm

The published packed size and mass are 23 kg, giving a shipping volume of roughly 0.105 cubic metres.

Net to packed mass gap

Net 12.2 kg against packed 23 kg leaves nearly eleven kilograms unaccounted for in the specification. Either a substantial accessory set ships alongside or a figure needs checking.

Dual rated voltage

Rated voltage is given as 220 V at 50 Hz or 110 V at 60 Hz. Whether a unit is switchable or built to one standard is not stated.

Pulse structure not published.

No waveform, rise time, pulse duration or energy equivalent in millijoules per square millimetre appears, so output cannot be mapped onto studies reporting energy flux density.

Cooling and duty cycle not published.

Nothing describes cooling, a continuous-operation limit or a rest interval for a 380 W device delivering several thousand impacts in a session.

Class, marking and registration not published.d

No device class, no marking under UKCA or CE, no Approved Body number, no MHRA registration and no UK Responsible Person appears anywhere on the specification.

The T601 publishes its three output parameters with the step size attached to each, puts an eight-inch touch screen on the front, and lists seven probes as supplied. The probe count is the reason to look at it, because head geometry is what lets one bench unit follow a list that moves around the body. What tempers it is that none of the seven is described, and that radial output stays weighted to the surface whichever head is fitted, so breadth across the body is not reached into it. The packed mass is worth a question of its own. Medigear.uk lists the T601 for UK business buyers and can arrange delivery, installation, commissioning, familiarisation and service cover. Request each probe by diameter and application, the rated shot life, the device class with its declaration of conformity, and the voltage variant from the seller at quotation.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

Unspecified, and this is the first thing to ask because the count is the headline. Probe face profile and diameter determine the contact area and how energy disperses from the point of entry, so a set of seven could span flat, convex, focused and wide faces across a useful range of diameters, or it could be four sizes of one profile and three of another. Those are different machines in practice. Ask for each probe by diameter, face profile and intended application, and whether further probes are sold separately.

No, and this is the distinction worth being clear about. Radial pressure waves carry their highest energy at the skin and disperse as they travel inward; that is a property of the modality rather than the head fitted. Changing the probe alters the contact area, the pressure distribution across it and how comfortable the treatment is, but not the depth at which peak energy arrives. A service planning to treat deep structures should establish what this modality reaches before committing, because breadth across the body is not the same as reach into it.

A fair question, and the sheet does not answer it. Net mass is given as 12.2 kg and packed mass as 23 kg, a gap of almost eleven kilograms on a carton of roughly 0.105 cubic metres. Seven probes, a handpiece, cables and documentation account for some of that, but not obviously all. Either a substantial accessory set ships alongside or one of the figures needs checking. It also matters practically: 23 kg arriving on a pallet is a two-person lift under many organisations' manual handling policies, and goods-in is better told before delivery day than on it.

Radial, judging by the specification. Energy quoted in bar and a pneumatically driven handpiece place it in the radial pressure-wave class, where a projectile strikes a probe face, and the wave spreads outward from the skin. Focused devices are quoted in millijoules per square millimetre, concentrate their peak at a chosen depth, and use electromagnetic, electrohydraulic or piezoelectric generators. The specification uses neither word, so confirm the modality in writing and check it against the structures being treated.

They do, with headroom. Trial protocols for tendon indications commonly run between 2.5 and 5 bar, at 3 to 5 Hz, delivering 1,500 to 3,000 shots per session. All three sit comfortably inside the published ranges of 0.5 to 10 bar, 1 to 21 Hz and 100 to 9,900 shots. Half-bar and single-hertz increments are fine enough to work up to patient tolerance across the opening shots, which is how most protocols are written. Covering a protocol is not the same as being suitable for a given indication, which remains a clinical judgement.

Not described. The specification gives the size and stops. A screen of that size could carry a protocol library organised by indication, a body map, a live view of the three parameters, or simply three numbers and a start control. Given that shockwave therapy carries an expectation of auditing outcomes for every patient treated, whether the device retains pressure, frequency, shot count and probe used is worth knowing. Ask for screenshots, ask what is stored, and ask whether anything stored can be exported.

Not published, and with seven probes in circulation,n the answer has more moving parts than usual. The mechanism drives a projectile against a probe face thousands of times per session, and both the projectile and the faces wear. A shot count running to 9,900 means a single long session consumes a real share of a component's life, and seven heads in rotation means wear spreads unevenly depending on which regions the service treats most. Ask for rated shot life per component, how wear shows itself, and the replacement interval expressed in sessions.

Under UK MDR 2002, an active therapeutic device intended to administer energy falls under Rule 9, giving Class IIa unless the energy may be administered in a potentially hazardous way, in which case it is Class IIb. Both require a UK Approved Body, so a numbered certificate exists or the device is not lawfully on the market. Registration with the MHRA is needed before it reaches the Great Britain market, and a manufacturer established outside the UK must appoint a UK Responsible Person whose details appear on the labelling or instructions. None of this is stated. Ask for all four.

The specification lists 220 V at 50 Hz or 110 V at 60 Hz without saying which is supplied. A 110 V unit needs a transformer to run in a UK clinic, which raises its own electrical safety questions. Confirm the variant on the order along with the plug and lead, and ask whether the machine is switchable or built to one standard. Ask at the same time what electrical safety testing interval the manufacturer expects.

Any service treating structures at depth, because radial output is weighted to the surface and seven heads do not change that. Anyone who needs the probe set specified before committing, which is reasonable when seven are supplied and none is described. Any buyer unable to obtain the class, certificate and registration, which are not optional at Class IIa or IIb. And any goods in operation that need a warning about a 23 kg delivery. For a musculoskeletal or podiatry service working across a wide range of surface anatomy, the probe count is a reason to consider it.