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Texua Physiotherapy & Wellness Equipment

Texua LA32

Product Code: PAWE-EAPD-3224

Rates move in whole-hertz steps, so last week's rate is easy to match.

At 5 kg, this benchtop console drives a thermal laser handpiece in pulses of 15 to 60 milliseconds, at 1 to 9 Hz. Its 30 W power figure puts laser safety arrangements at the heart of the buying decision.

Sections

PEMF Therapy

Categories

Physiotherapy & Wellness Equipment

Condition

New

Origin

China

Seller Type

Certified Professional Seller

Size:

350 × 290 × 345 mm

CE & ISO Certified

Global Shipping

Supplier: Medigear

The LA32 benchtop thermal laser console from Guangzhou Texua Electronic Technology Co., Ltd. pairs one handpiece with an 8-inch touchscreen. The datasheet lists 15 to 60 ms pulse widths, 1 to 9 Hz rates in 1 Hz steps, a 30 W power figure, 980 nm under the heading aiming beam, and a 220 V/50 Hz or 110 V/60 Hz supply. It gives no laser class, output mode, spot size, delivery optics, programmes, eyewear specification, intended purpose or contraindications.

What sets the LA32 apart is where its figures place it. At 980 nm, the beam is near-infrared and invisible, so the aiming-beam label cannot describe a visible guide light. Continuous output above 0.5 W at that wavelength is Class 4 under IEC/BS EN 60825-1, and a handpiece sold on a 30 W figure will almost certainly sit there. MHRA guidance then calls for a Laser Protection Adviser, local rules, a controlled area and wavelength-rated eyewear, alongside a risk assessment under the Control of Artificial Optical Radiation at Work Regulations 2010.

The touchscreen is the only interface listed, and the photograph shows the handpiece beside the console. The 30 W figure is not identified as optical output or mains input. If it is peak output, the pulse settings keep the laser on for 1.5% to 54% of each second. UK use needs the 220 V/50 Hz build with a confirmed 230 V rating and a UK plug.

The console measures 350 × 290 × 345 mm, weighs 5 kg and packs to 440 × 270 × 460 mm at 10 kg. Medigear.uk lists the LA32 for UK business buyers. Before ordering, request the laser class, output power and mode, aiming beam and eyewear specifications, declaration of conformity, instructions for use with contraindications, UK Responsible Person details, and MHRA registration evidence from the seller.

Musculoskeletal physiotherapy is the natural home for a thermal laser like this, used alongside exercise for muscle and soft-tissue pain. Trials of high-intensity laser for frozen shoulder, low back pain, tennis elbow, and other soft-tissue problems show pooled results indicating gains in pain and function with low to moderate certainty. Sports medicine and private rehabilitation clinics that already run energy-based treatments can add the unit to an existing laser safety framework.

Osteopaths and chiropractors who take up laser therapy answer to their own statutory regulators, the General Osteopathic Council and the General Chiropractic Council, while physiotherapists register with the HCPC. Whoever operates the unit needs laser safety training and to comply with local rules.

Osteoarthritis is the clear exception. NICE's osteoarthritis guideline advises against laser therapy because evidence of benefit is insufficient, so a service treating arthritic knees or hips should direct those patients to therapeutic exercise and the other care NICE recommends.

Every setting shares the same groundwork: a Laser Protection Adviser, local rules, a trained Laser Protection Supervisor, a controlled treatment area and eyewear rated for 980 nm. In England, CQC registration follows the treatment, so a clinic where registered professionals treat disease, disorder or injury generally needs it, and some local authorities license laser premises that fall outside CQC's scope. Each of the other UK nations applies its own registration rules to laser clinics.

Independent clinics usually buy direct, while NHS organisations take a new laser through their laser safety policy and medical device management checks before it enters service. The conformity documentation those procurement routes require is issued by the manufacturer and provided by the seller.

Light Enough to Carry Between Rooms

At 5 kg, the console lifts easily, so a service with more than one controlled room can take it to wherever the laser safety arrangements are already in place.

Rates in Single-Hertz Steps

The published 1 Hz step between 1 Hz and 9 Hz means the rate written in a treatment note can be set again at the next visit, keeping the course consistent from one session to the next.

Pulse Widths That Shape the Heat

Pulses from 15 ms to 60 ms let a clinician lengthen or shorten each energy burst, changing how much heat builds in the tissue at a given rate. The step size between pulse widths still needs confirming.

An On-Time You Can Work Out

Because pulse width and rate are both published, you can calculate the share of each second the laser is on for any setting, from 1.5% to 54%. That makes dose records easier to check against a protocol.

A Small Footprint for a Controlled Room

The console needs a 350 × 290 mm bench space, leaving room in a compact treatment room for the couch, the operator, and eyewear storage.

Compact Shipping for Multi-Site Services

Packed, the LA32 takes up about 0.05 m³ and weighs 10 kg, which suits groups that move equipment between clinics or keep a spare unit in reserve.

A Fit for Clinics Already Running Lasers

Clinics that already hold a Laser Protection Adviser arrangement, local rules and eyewear rated for 980 nm can bring the LA32 into that framework, with the adviser reviewing the new unit before first use.

A Bench-Sized Touchscreen

The 8-inch touchscreen keeps the controls compact enough for a small bench while leaving room to read pulse width and rate before each exposure.

980 nm Wavelength, Listed as Aiming Beam

The datasheet places 980 nm under the heading Aiming Beam. That wavelength is near-infrared and invisible, so we read it here as the treatment wavelength until the seller confirms otherwise.

30 W Power Figure

Power is published as 30 W, with no statement of whether that is optical output or the mains input.

Pulse Width of 15 to 60 ms

Each pulse can run from 15 ms to 60 ms. The step size between those values is not published.

Frequency of 1 to 9 Hz in 1 Hz Steps

Pulse rate runs from 1 Hz to 9 Hz in whole-hertz steps, giving nine rate settings.

Thermal Laser Handpiece

The datasheet lists one thermal laser handpiece. It does not describe the spot size, window or tip design, or cleaning method.

8-Inch Touchscreen

The datasheet lists only an 8-inch touchscreen. Software language, stored programmes and treatment logging are not described, so ask for screenshots or a demonstration.

Benchtop Console Format

Published dimensions are 35 × 29 × 34.5 cm, read here as 350 × 290 × 345 mm, for a console that sits on a bench or trolley.

5 kg Console Weight

At 5 kg, the console is a one-person lift for most staff.

Packing Size and Weight

The unit ships in a 440 × 270 × 460 mm carton weighing 10 kg and measuring about 0.05 m³ in volume.

Mains Options

The LA32 comes in 220 V/50 Hz and 110 V/60 Hz versions. A UK order needs the 50 Hz version, rated for 230 V and fitted with a UK plug.

Laser Class to Confirm

No laser class is published. The class on the product label decides the safety arrangements, so request it before ordering.

Visible Aiming Beam to Confirm

The sheet does not show a visible aiming beam. Ask whether one is fitted and, if so, for its wavelength and power.

Eyewear Specification to Confirm

No protective eyewear is listed or specified. Request eyewear marked to BS EN 207 for 980 nm at the unit's output and pulse mode.

Delivery Optics and Spot Size to Confirm

The sheet does not say whether light reaches the handpiece through a fibre or from a diode inside it, and gives no spot size. Both affect the irradiance at the skin.

Class 4 Safety Features to Confirm

Key control, an emission warning and a remote interlock connector are required on Class 4 laser products under IEC/BS EN 60825-1. None are listed on the datasheet, so confirm each one.

The LA32 is small, light and straightforward to set up, with pulse widths from 15 to 60 ms and whole-hertz rate steps on a bench-sized console. The harder work sits around it. A laser sold on a 30 W figure calls for a Laser Protection Adviser, local rules, a controlled room and 980 nm eyewear before any patient is treated, and the datasheet leaves the laser class, true output, aiming beam and contraindications to be confirmed. Services that already run Class 4 lasers are best placed to take it on, and knee or hip osteoarthritis should stay outside its caseload in line with NICE. Medigear.uk lists the LA32 for UK business buyers and can arrange delivery, installation, commissioning, staff training and service cover. Request the laser class label, output data, eyewear specification, declaration of conformity and MHRA registration evidence from the seller at quotation.

FAQ

Frequently Asked Questions

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

The datasheet does not say, so ask for the class printed on the product label. Under IEC/BS EN 60825-1, continuous output above 0.5 W is Class 4, the highest hazard class, and a thermal handpiece sold on a 30 W figure is very likely to fall there. Class 4 beams can injure eyes and skin, including through reflection, which is why the class sets the room's safety arrangements.

An aiming beam lets the operator see where the laser will land, so it has to be visible. Light at 980 nm sits in the near-infrared and cannot be seen, so the figure almost certainly describes the treatment wavelength. Ask whether the unit has a separate visible aiming beam and, if it does, for its wavelength and power.

The sheet does not say. If 30 W is peak optical output, the published pulse settings put average output between roughly 0.45 W at 15 ms and 1 Hz and about 16 W at 60 ms and 9 Hz. If it is the mains input, optical output will be lower and is unpublished. Either way, ask for the output power, whether a continuous mode exists, and the spot size, because the dose a patient receives depends on all three.

MHRA guidance on lasers advises appointing a Laser Protection Adviser for Class 3B and 4 equipment, writing local rules, naming a Laser Protection Supervisor, designating a controlled area and training every user. The Control of Artificial Optical Radiation at Work Regulations 2010 separately require the employer to assess and control the risk to staff eyes and skin. The guidance has no legal status, but laser safety training for clinics is built on it, and regulators across the UK expect services to follow it.

The datasheet specifies none and lists none in the box. Protective eyewear for this unit should be marked to BS EN 207 for 980 nm, with a protection level matched to the output power and pulse mode, and the Laser Protection Adviser should approve the choice. Everyone in the room during emission, including the patient, needs eye protection unless the adviser directs otherwise, and each pair must be checked for damage before use.

The LA32 sheet carries no contraindication list, so the manufacturer's instructions for use must supply it. Laser therapy guidance commonly rules out direct exposure of the eyes and treatment over known or suspected cancer or over the abdomen in pregnancy. For a heating laser, photosensitising medication, tattoos and dark skin lesions, and areas where the patient cannot feel heat require extra caution. Record the screening answers before each course begins.

A 2023 meta-analysis of randomised trials across musculoskeletal disorders found that high-intensity laser therapy reduced pain by about 1.3 cm on a 10 cm scale and improved function, on low- and moderate-quality evidence, with larger effects against control groups than against other conservative treatments. A 2024 systematic review comparing high-intensity with low-level laser found no statistical difference in pain between them. NICE's osteoarthritis guideline advises against offering laser therapy for osteoarthritis because of insufficient evidence of benefit. Trial devices used a range of wavelengths and doses, so none of these results transfers automatically to this unit's settings.

In England, registration follows the treatment, not the equipment. Hence, a clinic where registered healthcare professionals treat disease, disorder, or injury generally needs CQC registration, and MHRA laser guidance still governs how the room is run. Some local authorities, including London boroughs and Nottinghamshire, license laser premises that sit outside CQC's scope. Healthcare Inspectorate Wales registers clinics using Class 3B or 4 lasers, and Scotland and Northern Ireland run their own registration rules, so confirm the position for each site.

While the unit is in use, the room becomes a laser-controlled area with warning signs at the entrance, restricted entry, and windows and reflective surfaces handled as the Laser Protection Adviser directs. Flammable materials need to stay clear of the beam path, because Class 4 beams can ignite them. The console needs only a bench, a socket, and a place in the provider's electrical safety testing, and PUWER 1998 covers its maintenance, suitability, and operator training.

The datasheet lists no service interval, cooling method or replacement parts for the handpiece. Ask how the handpiece optics are cleaned and replaced, what the laser source is rated for, and whether the unit has the key control, emission warning and remote interlock connector that IEC/BS EN 60825-1 requires on Class 4 products. Eyewear also needs periodic inspection and replacement. Warranty is a matter for the seller's quotation, while Medigear.uk can organise delivery, installation, commissioning, staff familiarisation and service cover.

IEC 60601-2-22, amended in 2026, is the particular standard for therapeutic laser equipment in Class 3B or 4, read with IEC/BS EN 60601-1, the IEC 60601-1-2 collateral for electromagnetic compatibility and IEC/BS EN 60825-1 for classification. Under the UK Medical Devices Regulations 2002, a therapy laser delivering energy in a potentially hazardous way usually sits in Class IIb, which the declaration of conformity confirms. A UK Responsible Person must register the device with the MHRA, since Texua is based outside the UK. The sheet shows no CE mark, and Great Britain's transitional acceptance of CE-marked devices was the subject of a 2026 MHRA consultation.

Services without access to a Laser Protection Adviser, a controlled room, or staff trained in laser safety should not take it on. Osteoarthritis treatment runs against NICE's current advice, and home use, cosmetic skin work, vascular treatment and veterinary use fall outside anything this datasheet describes. Where a fully documented laser specification is needed at enquiry, Medigear.uk can point the buyer to an alternative specification.