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Texua Physiotherapy & Wellness Equipment

Texua LA51-40w

Product Code: PAWE-EAPD-3238

Longer pulses, steadier warmth: each one can last from 15 to 60 ms.

Built around a 1064 nm figure, with a 40 W rating and 15- to 60-millisecond pulses at 1 to 9 Hz, this 18.8 kg console drives one thermal laser handpiece. Its pulse pattern departs from much 1064 nm research.

Sections

Laser Therapy

Categories

Physiotherapy & Wellness Equipment

Condition

New

Origin

China

Seller Type

Certified Professional Seller

Size:

382 × 382 × 375 mm

CE & ISO Certified

Global Shipping

Supplier: Medigear

Rated at 40 W and weighing 18.8 kg, the LA51 is a benchtop thermal laser console made by Guangzhou Texua Electronic Technology Co., Ltd. Its datasheet lists 15 to 60 ms pulses, rates of 1 to 9 Hz, 1064 nm printed as the aiming beam, a 10.4-inch touchscreen, one thermal laser handpiece and 220 V/50 Hz or 110 V/60 Hz versions. The sheet is silent on laser class, source type, output mode, delivery optics, spot size, emission controls, contraindications, eyewear and intended purpose.

What sets the LA51 apart is its wavelength. At 1064 nm, water, melanin, and haemoglobin all absorb relatively little, so the beam travels farther before it turns into heat, and pigment in the outer skin absorbs less of it than at shorter near-infrared wavelengths. Pulse pattern matters as much: many 1064 nm trials used microsecond pulses at about 3 kW peak and roughly 0.1% on-time, while the LA51 publishes millisecond pulses with up to 54% on-time, so those results do not simply carry over.

The photograph shows the touchscreen tilted on top of the console, a round control and a cable connector on the front, and a tall pole carrying the cable to the handpiece. Should the 40 W be peak output, pulses would carry 0.6 to 2.4 J each. UK use means ordering the 50 Hz version and getting its voltage rating and plug confirmed.

The published 382 × 382 × 375 mm fits the cube-shaped body, with the screen and pole rising above it, and the carton measures 570 × 550 × 470 mm at 32 kg. Medigear.uk lists the LA51 for UK business buyers. Request the source type, laser class, output data, spot size, emission controls, eyewear specification, declaration of conformity and proof of MHRA registration by a UK Responsible Person from the seller before ordering.

Spinal and back pain services are a natural home for a laser at 1064 nm, since its deeper reach suits structures beneath the skin. High-intensity laser has been trialled in low back pain and in cervical disc herniation, and physiotherapists normally use it within an exercise programme. Because this unit's pulse settings differ from many of those trials, services should write and audit their own protocols.

The weight and support pole suit a room set aside for laser work. Musculoskeletal clinics and pain services with a dedicated treatment room can leave the controlled-area signage, eyewear and local rules in place between sessions, and keep the console where the Laser Protection Adviser approved it. Groups that treat across several sites will find a lighter unit easier to move.

Osteoarthritis stays out of scope, because NICE's osteoarthritis guidance rules laser therapy out for that condition, and knee and hip patients belong in the exercise-led care it recommends.

Every service needs the same framework before first use: an adviser, a supervisor, local rules naming the LA51, trained authorised users and eyewear rated for 1064 nm. In England, the treatment and the professionals giving it decide whether CQC registration applies, and a few local authorities, including London boroughs, run their own laser licensing. Welsh clinics need Healthcare Inspectorate Wales registration for Class 3B or 4 lasers, while Scotland and Northern Ireland apply their own schemes.

Independent clinics generally buy direct, and NHS organisations route new lasers through local laser safety and device management procedures. The conformity documentation required for those procurement routes is issued by the manufacturer and provided by the seller.

A Wavelength That Travels Further Before Heating

Water, melanin and haemoglobin absorb little at 1064 nm, so the beam scatters deeper before its energy becomes heat. That suits a thermal handpiece aimed at structures below the skin.

Less Pull From Skin Pigment

Less of the beam is absorbed by melanin in the outer skin than at shorter near-infrared wavelengths, which can reduce surface heating in pigmented skin. Tattoos and dark lesions still need care.

Forty Watts on the Sheet

If the 40 W rating turns out to be peak output, the top settings deliver 1,000 J in well under a minute, which keeps longer protocols within a normal appointment.

Up to 2.4 J in Each Pulse

At 60 ms, a 40 W peak delivers 2.4 J per pulse, and 15 ms cuts that to a quarter, giving direct control over pulse energy.

Pulses Built for Steady Warming

With millisecond pulses and an on-time of up to 54%, the output behaves more like sustained warming than a train of brief high-peak bursts, which fits a handpiece described as thermal.

A Supported Cable Path

The photograph shows a tall pole carrying the cable to the handpiece, which keeps the lead off the floor and away from the couch. Its inclusion, height and adjustment need confirming.

Built for a Dedicated Laser Room

At 18.8 kg, the console is best left where the Laser Protection Adviser approved it, so signage, eyewear and local rules can stay in place between sessions.

A 10.4-Inch Touchscreen

The touchscreen gives space to set pulse length and rate, and the photograph shows it tilted towards the operator. Its software language and programmes are not described.

1064 nm Printed as the Aiming Beam

The only wavelength on the sheet is 1064 nm, under the aiming-beam heading. Since the eye cannot see 1064 nm, this page treats it as the working wavelength, pending the seller's confirmation.

40 W Power Rating

Power is listed as 40 W, and the sheet leaves open whether that describes the beam or the mains draw.

Pulses and Rates

Pulse length can be set between 15 and 60 ms, in steps the sheet does not list, and the rate across nine settings from 1 to 9 Hz.

Tilted 10.4-Inch Touchscreen

The touchscreen is the only listed control, and the photograph shows it tilted on top of the console.

One Thermal Laser Handpiece

A single handpiece is listed, with no details of its spot, tip or cleaning.

Support Pole in the Photograph

A tall pole beside the console carries the cable towards the handpiece. It does not appear in the written specification.

Front Panel Control and Connector

The front panel shows a round control and a cable connector. The sheet does not describe their functions.

Cube-Shaped 18.8 kg Body

The body measures 382 × 382 × 375 mm (38.2 × 38.2 × 37.5 cm), with the screen and pole rising above it. Its 18.8 kg calls for two people or a lifting aid and a surface rated well above that load.

32 kg Shipment

The unit ships in a 570 × 550 × 470 mm carton (about 0.15 m³) weighing 32 kg.

Supply Options

Versions are offered for 220 V/50 Hz and 110 V/60 Hz. For UK mains, order the 50 Hz version, along with written confirmation of its voltage rating and plug.

Laser Source Type to Confirm

Nothing on the sheet identifies the source as diode, solid-state or fibre, and the answer affects servicing and delivery optics.

Class and Safety Features to Confirm

The laser class, key switch, emission warning, remote interlock connector, and any emergency stop are all unlisted.

Spot Size and Eyewear to Confirm

The sheet is missing spot size and a 1064 nm eyewear specification, and we cannot sign off on the room without them.

The LA51 pairs a 1064 nm figure and a 40 W rating with millisecond pulses, nine rates and a 10.4-inch touchscreen, in an 18.8 kg console that belongs in one dedicated laser room. Its wavelength tends to reach deeper than shorter infrared light, but its pulse pattern differs from what many 1064 nm trials used, so services need their own protocols and audits. Confirm the laser class, source type, true output, spot size, eyewear specification, and front-panel controls, and have a Laser Protection Adviser sign off the room first. Medigear.uk lists the LA51 for UK business buyers and can arrange delivery, installation, commissioning, staff training and service cover. Request the declaration of conformity, class label, source type and 1064 nm eyewear specification from the seller in the quotation.

FAQ

Frequently Asked Questions

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

Light at 1064 nm sits in the part of the spectrum where water, melanin and haemoglobin absorb comparatively little, so it scatters deeper into tissue before converting to heat. A modelling study of laser heating in fat found 1064 nm reached deeper layers than 980 nm with a smaller temperature rise, and dermatology texts note its lower uptake by melanin. The wavelength is invisible, though, so the operator cannot see where the beam lands unless a separate visible aiming beam is fitted, and the sheet names none.

Not directly. Registered trials of high-intensity laser at 1064 nm often describe pulses of 120 to 150 microseconds at a peak of 3 kW, rates of 10 to 40 Hz and an on-time near 0.1%. The LA51 lists pulses 100 to 500 times longer, rates of 1 to 9 Hz and an on-time between 1.5% and 54%, so a shared wavelength is not a shared treatment. Separately, NICE's osteoarthritis guideline lists laser therapy among the treatments not to offer for that condition.

Nobody can tell from the sheet whether 40 W describes the beam or the mains draw. Assuming it's peak beam power, a 15 ms pulse would hold 0.6 J and a 60 ms pulse 2.4 J, while average power spans 0.6 W at the shortest pulses (1 Hz) up to 21.6 W at the longest pulses (9 Hz). At that top setting, 1,000 J takes about 46 seconds, and at the bottom about 28 minutes. Spot size, also unpublished, then decides how concentrated that energy is at the skin.

It needs a bench or trolley rated well above its weight, two people or a lifting aid to position it, and headroom for the support pole in the photograph. The room must also work as a laser-controlled area, with entry restricted during emission and flammable materials kept clear of the beam. The console belongs on the electrical safety test schedule, and PUWER 1998 covers its maintenance, suitability and training.

It appears to carry the cable up and over to the handpiece, keeping it off the floor and away from the couch. If that cable is optical fibre, the support also helps it avoid tight bends that can damage fibres. The pole is not listed in the written specification, so ask whether it is supplied, how tall it stands and how its clamps adjust.

The class is not stated, but IEC/BS EN 60825-1 puts any laser emitting more than 0.5 W continuously into Class 4, and a unit rated at 40 W will almost certainly sit there. That standard expects Class 4 products to carry a key-operated control, an interlock connector for a door circuit and an emission indicator, so check each one on delivery. The photograph shows a round control on the front panel, and the seller should confirm whether it is a key switch, an emergency stop or something else.

Contraindications must come from the maker's instructions for use, because the sheet lists none. Laser therapy guidance keeps the beam away from the eyes, from suspected or confirmed malignancy in the treatment area and from the pregnant abdomen. Lower melanin uptake at 1064 nm does not remove the need for care over tattoos and dark lesions, and skin with reduced sensation still needs caution with a heating laser.

A Laser Protection Adviser should review the room, controls, and eyewear, then help write local rules that name the LA51, as MHRA's laser guidance advises for Class 3B and 4 equipment. A Laser Protection Supervisor runs those rules day to day and maintains the list of authorised users, each trained to the Core of Knowledge syllabus. The employer also completes a risk assessment for staff under the Control of Artificial Optical Radiation at Work Regulations 2010.

As a therapy laser, it would fall under the UK Medical Devices Regulations 2002, whose classification rules place active devices that can deliver energy hazardously into Class IIb; a laser of this rating would normally be Class IIb, as its declaration of conformity should confirm. That declaration should cite IEC 60601-2-22 (amended in 2026) for the laser, the general standard IEC/BS EN 60601-1, electromagnetic compatibility to IEC 60601-1-2 and classification to IEC/BS EN 60825-1. A UK Responsible Person has to register it with the MHRA, and with no CE marking on the datasheet, ask which conformity route brings it to the Great Britain market.

The datasheet gives no laser source life, cooling method, service interval or spare parts. Ask how often the handpiece, cable and any fibre should be inspected, the expected life of the laser source, and how quickly a replacement handpiece can be supplied. Eyewear needs its own inspection routine. The seller sets warranty terms in the quotation, and Medigear.uk can arrange delivery, installation, commissioning, and service support.

Services that move equipment between rooms or sites will find an 18.8 kg console with a support pole hard work, and any service without a Laser Protection Adviser is not ready for it. Protocols copied from microsecond 1064 nm trials will not run as written on these settings, and cosmetic 1064 nm work falls outside anything the datasheet describes. NICE excludes Osteoarthritis. Where a fuller specification is needed at enquiry, Medigear.uk can point the buyer to an alternative specification.