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Texua Physiotherapy & Wellness Equipment

Texua T805+2

Product Code: PAWE-EAPD-3528

Shockwave and ultrasound handles on one stand, wheeled to whichever couch needs them.

Wheel one station to the couch, and both handles arrive with it. A shock wave handle running 0.5–10 bar at 1–21 Hz and an ultrasonic handle share an 8-inch touchscreen, with 18 probes stored in the same 24.5 kg cabinet.

Sections

Shockwave Therapy

Categories

Physiotherapy & Wellness Equipment

Condition

New

Origin

China

Seller Type

Certified Professional Seller

Size:

570 × 550 × 975 mm

CE & ISO Certified

Global Shipping

Supplier: Medigear

Texua builds the T805+2 as a floor-standing therapy station for musculoskeletal clinics that want two modalities on one cabinet. The shock wave side is rated in bar, the unit of a pneumatically driven applicator, running from 0.5 to 10 bar in 0.5 bar steps, at 1 to 21 Hz in 1 Hz steps, with a preset shot count of 100 to 9,900 in steps of 100. The datasheet lists one shock wave handle, one ultrasonic handle, eighteen probes, an 8-inch touchscreen, rated power of 420 W and supply options of 220 V 50 Hz or 110 V 60 Hz. It does not publish ultrasound frequency, output intensity, treatment head area, or energy flux density for the shock wave side.

The case for this unit is workflow. With both handles, every probe and the controls sit on one cabinet; a clinician moves a single station between couches, changes modality at the couch, and the screen sits at the top of a 975 mm body within reach of someone standing at the couch. The ultrasound side needs honest weighting, though: with no output parameters published and a mixed evidence base, a buyer should price the shock wave function as the core purchase and treat the ultrasonic handle as unconfirmed until its specification arrives.

Product photography shows the cabinet on four castors, a holster for a handpiece on its right-hand side and a lower base. The printed label on the cabinet reads "Shock Wave T8plus+", which differs from the model code on the datasheet.

The station measures 570 × 550 × 975 mm and weighs 24.5 kg. Medigear.uk can arrange delivery, commissioning and service cover. Request the ultrasound output specification, per-probe shock wave energy data, handpiece service terms and the declaration of conformity from the seller before ordering.

The T805+2 suits musculoskeletal physiotherapy departments, sports injury clinics, podiatry services and rehabilitation units where one treatment room serves several couches. The shock wave handle addresses chronic, treatment-resistant tendon and fascia problems. The ultrasonic handle belongs to the general soft tissue and joint work that physiotherapy has used ultrasound for over many decades.

Each modality carries its own evidence. For shock wave therapy, NICE judged the safety evidence reassuring for refractory plantar fasciitis and Achilles tendinopathy but found efficacy inconsistent, and recommends special arrangements for governance, consent and audit; for calcific shoulder tendinopathy it recommends use only in research. A placebo-controlled multicentre trial of 245 patients with chronic plantar fasciitis reported better pain and function after radial shock wave, while a 2024 Norwegian trial found no significant difference at six months when radial shock wave, sham or exercise was added to advice and foot orthoses.

Therapeutic ultrasound has a weaker record. A 1999 systematic review of 38 trials found no clinically important benefit in 11 of the 13 adequately conducted placebo-controlled studies, and a 2020 Cochrane review of chronic low back pain found little to no difference from placebo. More recent meta-analyses report small pain improvements in knee osteoarthritis and neck pain, while their authors describe the underlying trials as limited in quality.

For a buyer, that points to a clear use: shock wave treatment of refractory cases within an audited protocol, with the ultrasonic handle as a supplementary tool whose value depends on specifications not yet published. It is a sound choice for teams prepared to record outcomes and select patients carefully.

The conformity documentation those procurement routes require is issued by the manufacturer and provided by the seller.

Two modalities, one station

The shock wave handle and the ultrasonic handle share a single cabinet and screen. A clinician can change modalities at the couch without leaving the patient, and the department maintains one asset record for both.

Controls at standing height

The 8-inch touchscreen sits at the top of a 975 mm cabinet. A clinician standing at the couch can read and adjust settings within reach, which covers a full treatment list.

A deep probe set

Eighteen shock wave probes are listed. Once their diameters and uses are confirmed, the set gives a clinician room to match the probe to the structure and to the patient's tolerance without ordering extras.

Moves between couches on castors

Photography shows the cabinet on four castors, so one staff member can wheel the station between treatment bays. Castor braking is not described and should be confirmed for a room with a sloping or polished floor.

Sessions defined in advance

Shot count is preset from 100 to 9,900 before treatment begins, alongside pressure and frequency. A session can be planned, delivered and written into the notes against the same numbers.

Fine adjustment through the session

Pressure moves in 0.5 bar steps and frequency in 1 Hz steps. A clinician can start low and gradually increase intensity as the patient tolerates it, and record exactly where the session ended.

Two mains variants

The unit is listed for 220 V 50 Hz and 110 V 60 Hz supplies. Clinics on either standard specify the variant they need at order and avoid running a medical device through a voltage converter.

A running-cost picture is available at quotation.

Handpiece wear and ultrasound output testing are the two recurring costs. Asking for the shot rating, service kit price, and an output test arrangement at quotation lets a buyer set a realistic annual budget before committing.

Pneumatic shock wave handle

The shock wave side is rated in bar, indicating a pneumatically driven ballistic handle. The datasheet does not specify the air source; confirm it

Pressure of 0.5 to 10 bar

The published scale spans twenty settings. Low settings suit tender structures and first sessions, and the upper range is available where a protocol calls for it.

Pressure steps of 0.5 bar

Each adjustment moves pressure by half a bar. The step size keeps changes gradual and easy to record.

Pulse frequency of 1 to 21 Hz

Frequency runs across twenty-one settings. Lower rates suit careful work on a tender point, and higher rates shorten the time taken to deliver a large shot count.

Frequency steps of 1 Hz

Pulse rate changes by 1 Hz at a time. The fine step keeps frequency as reproducible as pressure within a documented course.

Preset shot count of 100 to 9,900

The session length is fixed before treatment in 100-shot blocks. The range covers short sessions on small structures and long sessions over broad muscle groups.

Ultrasonic handle

One ultrasonic handle is listed on the datasheet. Its frequency, intensity, radiating area and output modes are not published and should be supplied in writing before order.

Eighteen shock wave probes

Eighteen probes are listed. Diameters, materials and recommended uses are not published and should be itemised by the seller.

8-inch touchscreen

A single 8-inch touch display controls the unit. Stored protocols and interface languages are not described and should be confirmed.

Rated power of 420 W

The unit draws a rated 420 W. That load suits a standard clinical wall socket without a dedicated circuit.

Supply options of 220 V 50 Hz or 110 V 60 Hz

Both common mains standards are listed. Whether this is one switchable unit or two factory builds is not stated, so the supply is specified at order.

Floor-standing cabinet of 570 × 550 × 975 mm

The published dimensions describe a free-standing station. It needs about half a square metre of floor beside the couch and no bench or trolley of its own.

Unit weight of 24.5 kg

The station is light enough for one person to wheel between bays. The carton weighs 49.1 kg; please confirm the reason for the difference from the packing list.

Castors and holster in photography

The photography shows four castors, a handpiece holster on the right-hand side, and a lower base. None of these is described in the written specification, so confirm their supply and braking arrangement.

The T805+2 combines a pneumatic shock wave handle, an ultrasonic handle, and eighteen probes on one wheeled station, controlled from a standing-height screen. Its strongest case is workflow in a busy musculoskeletal clinic treating refractory tendon and fascia conditions under an audited protocol. Its gaps are specific and settled at quotation: no ultrasound output figures, no shock wave energy data, no packing list and a cabinet label that differs from the model code. Medigear.uk lists the T805+2 for business buyers worldwide and can arrange delivery, installation, commissioning, familiarisation and service cover. Request the ultrasound specification, per-probe energy data, handpiece service terms and declaration of conformity from the seller at quotation.

FAQ

Frequently Asked Questions

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

The shock wave handle is used for chronic tendon and fascia conditions such as plantar fasciopathy, lateral elbow tendinopathy, Achilles tendinopathy and greater trochanteric pain. Therapeutic ultrasound is used across a broad range of soft tissue and joint complaints in physiotherapy. The datasheet lists no indications for either handle, so the intended purpose in the manufacturer's instructions for use defines what the device may be marketed for. The Clinical Applications section below sets out what the evidence supports for each modality.

The datasheet does not say. Frequency, maximum intensity, effective radiating area, beam non-uniformity ratio and whether the output is continuous, pulsed or both are all absent. Those figures decide which treatments the handle can deliver and which output standard applies, so they are the first thing to request. Ask for them in writing, measured to the method in IEC 61689 if the handle works in the megahertz range.

The datasheet lists one shock wave handle and one ultrasonic handle but does not state whether they can run simultaneously or on two patients at once. A single 8-inch screen controls the unit, which suggests one handle at a time, but that should not be assumed either way. Confirm the operating mode with the seller before planning a treatment room around it.

Bar is the driving pressure of the pneumatic mechanism inside the shock wave handle. Energy reaching the tissue depends on that pressure and on the probe, and it is usually expressed as energy flux density in mJ/mm², which the manufacturer does not publish. Published protocols quoted in energy terms therefore cannot be transferred directly to the bar scale. Ask for per-probe energy figures before building a protocol library.

Two costs dominate. The shock wave handle contains a projectile and guide tube that wear with use and are replaced after a rated number of shots, and neither that figure nor the service kit price is published. The ultrasonic handle should have its output checked periodically against its stated specification, which needs test equipment or a service contract. Ask the seller for the shot rating, kit price, spares lead time and an ultrasound output test arrangement, and add electrical safety testing under the provider's usual policy.

Eighteen shock wave probes are listed, with no diameters, materials or intended uses given. An itemised list matters because probe size changes how energy spreads at the skin and how well a patient tolerates the session. Request the list with the manufacturer's recommended use for each probe, and confirm whether all eighteen are included in the quoted price.

The product photograph shows the printed label "Shock Wave T8plus+" on the cabinet, while the datasheet names the model T805+2. The two may be a marketing name and a model code for the same unit, or the photograph may show a different build. The declaration of conformity and the rating plate should carry one consistent model designation, so confirm in writing which label the supplied unit will bear.

A powered device that delivers therapeutic energy to the body is typically Class IIa under UK MDR 2002, or higher, use-dependent, and the class is confirmed against the declaration of conformity at order. CE-marked devices are currently accepted in Great Britain under transitional arrangements running to 2028 or 2030, depending on the EU legislation the device conforms to, and MHRA consulted during 2026 on making that recognition indefinite. UKCA marking is the alternative route. A manufacturer based outside the UK must appoint a UK Responsible Person and register the device with MHRA, so ask the seller who fulfils that role.

IEC 60601-1 and its electromagnetic compatibility collateral IEC 60601-1-2 form the baseline for the whole unit. The ultrasonic handle falls under IEC 60601-2-5 for ultrasonic physiotherapy equipment, with output measured to IEC 61689 in the 0.5 to 5 MHz range or IEC 63009 below that, which is why its frequency matters. IEC 60601-2-36 addresses focused pressure pulse equipment and is not written for a radial pneumatic applicator. Ask which standards the technical file cites, and ask for the working pressure and air volume of the internal air circuit so the duty holder can judge whether the Pressure Systems Safety Regulations 2000 require a written scheme.

Both modalities are normally delivered by registered clinicians, typically physiotherapists and podiatrists regulated by the HCPC, or doctors in musculoskeletal and sports medicine. NICE asks for special arrangements for governance, consent and audit when shock wave therapy is used for refractory plantar fasciitis and Achilles tendinopathy. Staff familiarisation can be arranged at commissioning, and competency sign-off remains with the provider.

It is a poor fit for a buyer who intends to rely mainly on the ultrasonic handle, because no output figures are published to judge it by. A clinic that works mainly off-site or needs a unit carried in a car will find a 975 mm floor-standing cabinet awkward. For patients, commonly listed contraindications include anticoagulant use, bleeding disorders, pregnancy, local infection and tumours in the treatment area, and the manufacturer's instructions for use give the definitive list for each handle.

No packing list is published. The carton weighs 49.1 kg against a 24.5 kg unit, so it evidently holds more than the cabinet, but the contents should be confirmed in writing and not assumed. Ask for a list covering both handles, all eighteen probes, holsters, mains lead, footswitch if any, coupling gel and documentation, and check it against the delivery.