Sale on Manual & Electric Hospital Beds - Starting from 25 September!

✓ Certified Professional Seller

Texua Physiotherapy & Wellness Equipment

Texua JC03-50W

Product Code: PAWE-EAPD-3336

Eighty-five millimetres of bench, and a 10.4-inch screen on top.

A dual-frequency console, 85 millimetres deep, carrying a 10.4-inch panel, running at 1 or 3 MHz with effective intensity up to 3 watts per square centimetre, twenty energy steps, and a duty cycle from 20 to 80 per cent.

Sections

Ultrasound Therapy Devices

Categories

Physiotherapy & Wellness Equipment

Condition

New

Origin

China

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

Texua's JC03-50W is a dual-frequency therapeutic ultrasound console designed around an 85 millimetre chassis. The frequency is selectable at 1 or 3 MHz; effective intensity reaches 3 watts per square centimetre; the energy control runs from 1 to 20; and the duty cycle spans 20 to 80 per cent across automatic and continuous switching. The beam type is collimating with a non-uniformity coefficient of 6, the radiating figure is 4.5, and the applicator surface temperature is not to exceed 45 degrees. The panel measures 10.4 inches, the console 370 by 85 by 320 mm, and the mass 2.6 kg, on 220 V at 50 Hz or 110 V at 60 Hz.

What that depth buys is a treatment room that still works. Eighty-five millimetres against the wall leaves the rest of the surface for notes, a keyboard, gloves and gel, which, on a worktop shared with everything else a clinic room holds, is the difference between a machine that lives there and one that gets moved every time somebody needs the space. The panel is not shrunk to achieve it.

One entry needs resolving before an order goes in. The model line names two variants, at 50 and 100 watts. The machine power row gives a single figure, 100 watts. For anyone buying the 50-watt version, its defining number appears in the designation and nowhere else on the sheet.

Medigear.uk lists the JC03-50W for UK business buyers. Request the machine power figure for this variant, the radiating area (with units), the calibration interval, and the device class with its declaration of conformity from the seller before ordering.

Treatment room worktops are crowded before any equipment arrives. Notes, a keyboard, a glove box, gel, a sharps bin, and whatever the last clinician left there all compete for the same surface, and a console that takes up a third of it gets moved, unplugged, and eventually parked in a cupboard. A depth of 85 millimetres against the wall is the difference between equipment that lives in the room and equipment that has to be fetched.

That matters most where the room is shared. Outpatient physiotherapy, musculoskeletal clinics, sports medicine and rehabilitation departments all run several clinicians through the same space across a week, and a machine only gets used if it is there when the appointment starts.

Two frequencies keep the room capable rather than specialised. Superficial targets take three megahertz — trigger points, surface tendon, shallow calcific deposits, elbow and wrist presentations. Deeper muscle takes one megahertz. A clinician seeing whoever the referral sends does not have to decide in advance which kind of case the room can handle.

The indication list governs regardless of footprint. Guidance advises against ultrasound in low back pain, sciatica, and osteoarthritis, and a 2025 rotator cuff tendinopathy guideline agrees, so a service should record what it will and will not treat. Procurement runs through trust outpatient services, private practices, sports medicine providers and teaching departments, each under their own rules. Conformity paperwork moves from the manufacturer to the buyer through the seller, and adverse incidents are reported to the MHRA via Yellow Card.

Eighty-five millimetres against the wall

The console takes about ten litres of space and a hand's width of depth. On a treatment room worktop, that is the whole argument, because equipment which leaves the surface usable is equipment that stays plugged in and gets used.

A full-size panel on a slim chassis

The display stays at 10.4 inches. Depth has been taken out of the box rather than out of the interface, so a clinician still reads the settings at a glance and a patient can follow the dose.

Both frequencies present

One and three megahertz on the same console means depth is chosen per patient. A room serving a general referral stream stays capable of treating what arrives rather than what it was specified for.

The full permitted intensity range

Effective intensity reaches three watts per square centimetre, the maximum therapy machines may deliver. Protocols calling for the upper part of that range at one megahertz are within the console's capability.

Twenty energy steps

A twenty-point scale gives finer resolution than a shorter one, which counts when the top of the range coincides with the regulatory limit and documented protocols sit well below it.

A plausible mass for the volume

At 2.6 kg across roughly ten litres,s the density is about a quarter of a gram per cubic centimetre, which is what a mains console with a transformer and a display should weigh—the figures agree, which is not something to take for granted on a specification sheet.

Duty cycle covering acute and chronic work

Twenty to eighty per cent with automatic and continuous switching puts largely non-thermal pulsing and continuous output on one unit, so the mode follows the presentation.

The open questions are all answerable on paper.

The machine power figure for this variant, the radiating area with units, what the depth figure measures, the calibration interval, and the class with its certificate—each is already in the manufacturer's file.

Chassis depth: 85 mm

The console measures 85 by 320 m, and encloses 10 litres. Depth is the dimension that decides worktop viability.

10.4-inch panel

The display is published at 10.4 inches on that chassis. What runs on it — protocols, body maps, languages, any record function — is not described.

Dual operating frequency

Selectable at 1 MHz and 3 MHz. Tissue absorbs the higher setting quickly, leaving the lower one for anything past the first centimetre or two.

Effective intensity to 3 W/cm²

The published maximum, which is exactly where therapy machines are capped internationally. Nothing sits above it.

Energy scale 1 to 20

Twenty selectable steps, with no published conversion to watts per square centimetre and no statement that the relationship holds at both frequencies.

Duty cycle 20 to 80 per cent

Adjustable end to end, with switching described as automatic and continuous. Pulse ratios and timer range are both absent.

Beam non-uniformity coefficient 6

Peak intensity measured against the average across the radiating area. Three to seven is the accepted span, and eight is the unsafe threshold.

Collimation beam type

Given as a label, with no profile, divergence figure or account of the measurement behind it.

Radiating figure 4.5

Written as "4.5 centimetres" for a quantity belonging in square centimetres. Intensity is derived from it, and this console quotes intensity at the ceiling.

Maximum penetration depth given as 18 cm

Offered as a maximum. Half the energy at one megahertz is gone within three or four centimetres, which leaves eighteen needing an account of itself.

Applicator surface temperature not exceeding 45 °C

A limit on the face resting against skin for the length of a session, quoted without measurement conditions or duration.

Net mass 2.6 kg

Published against a console volume of about ten litres, which works out near a quarter of a gram per cubic centimetre and is consistent with the components described.

Packed dimensions 556 × 462 × 290 mm

Packed at 5.6 kg and roughly 0.074 cubic metres, so the packaging outweighs the console and the carton is around seven times its volume.

Machine power published once

The model line lists 50- and 100-watt variants. The power row lists only 100 watts, so the 50-watt figure does not appear on the sheet.

Eighty-five millimetres is what this console is for. A treatment room worktop is contested space, and equipment leaving most of it usable is equipment that stays in the room and gets used. Nothing appears to have been traded for it: the panel stays full size, both frequencies are present, and intensity runs to the permitted maximum. One entry needs settling first. The model line names a 50-watt variant, but the power row does not, so the version number is missing from the sheet that should include it. The radiating area units and the eighteen-centimetre depth also need correcting. Medigear.uk lists the JC03-50W for UK business buyers and can arrange delivery, installation, commissioning, familiarisation and service cover. Request the power figure, the radiating area (with units), and the calibration interval from the seller in the quotation.

FAQ

Frequently Asked Questions

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

Not published, oddly enough. The model line lists both a 50- and a 100-watt variant, and the power row below lists only 100 watts. So the number that distinguishes the quoted variant is missing from the specification that should carry it. It may be an omission on the sheet rather than in the product, but don't assume that. Ask for the mains input figure for the variant actually being supplied, and ask what else differs between the two builds, since nothing on the page does.

Not on this sheet, which is the interesting part. The panel stays at 10.4 inches, both frequencies are present, intensity runs to the permitted maximum, and the energy scale goes to twenty. Depth of chassis and depth of capability are unrelated here. What a slim console does change is where the mass sits: a tall, shallow unit at 2.6 kg needs a stable footing and a cable route that doesn't pull it forward. Check the base arrangement and whether wall or trolley fixing is offered.

Less than most equipment on a clinic worktop, and more than the console dimensions suggest once you account for cabling and the applicator. Allow the 370 millimetre width plus clearance on either side, the 85 millimetre depth plus whatever the mains lead needs behind it, and space for the head to rest between patients that isn't the treatment surface. Ask whether a holster or cradle is supplied, because an applicator laid on a worktop is both a contamination question and a damage one.

Worth flagging to goods-in. The console occupies around ten litres and the packed carton 0.074 cubic metres, about seven times that, with 2.6 kg net against 5.6 kg packed. Neither figure is a fault, but box size affects storage and shipping. Ask what accounts for the difference, whether accessories travel in the same carton, and whether a reduced pack is available when ordering more than one.

Depth selection per patient rather than per machine. At three megahertz the energy is absorbed within the first centimetre or two, which suits trigger points, superficial tendon, shallow calcific deposits and scar work. At one megahertz the same console reaches three to five centimetres, where larger muscle bellies sit. On a clinic list where the presentation is decided by referral rather than by equipment, having both prevents a patient being told to come back to a different room.

Not as a depth where treatment lands. At one megahertz the half-value depth is commonly put at three to four centimetres, leaving around a quarter of the surface energy by eight centimetres and very little after. Three megahertz is absorbed far sooner. Eighteen centimetres sits outside anything the dose tables support at either setting, and may describe a depth at which pressure remains detectable rather than one that treats. Ask what was measured and against which threshold.

A units slip, and one that matters here. The quantity is an area in square centimetres, defined in the measurement standard for physiotherapy ultrasound as the smallest area passing three-quarters of the acoustic power. Effective intensity is that power divided by the area, and this console quotes intensity at the permitted ceiling, so the calculation rests on the figure being right. Four and a half centimetres is a length, not a radiating area. Ask for the value with units and the method.

A calibration arrangement, agreed before first use. Three watts per square centimetre is the cap for therapy machines, so a console reaching it has nothing in hand. Heads drift through ordinary use; the particular standard sets a tolerance between what the display shows and what the head delivers, and surveys of machines in clinical service have repeatedly found large proportions outside it, with over-delivery associated with skin burns. Verification needs a radiation force balance, so it is a service contract rather than a clinic task.

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 required before it reaches the Great Britain market, and a manufacturer outside the UK must appoint a UK Responsible Person. None of it appears here. Ask for all four.

Anyone who cannot get the machine power figure for the variant being quoted, since that is the only thing the sheet says separates the two—any service without a calibration arrangement, on a console specified to the intensity ceiling. Any caseload dominated by the presentations guidance advises against. And any room where a tall shallow console has nowhere stable to stand. For a clinic worktop already carrying everything else, 85 millimetres and a full-size panel is a worthwhile combination