Class 4 Laser Therapy Machine Physiotherapy Equipment for Animals 650 810 980 1064nm Laser Therapy

Multi-Wavelength Diode Laser Therapy System for Pain Relief, Rehabilitation & Veterinary Clinics

Advanced Class IV Laser Therapy Platform for Human & Veterinary Rehabilitation

The 650nm + 810nm + 980nm + 1064nm Multi-Wavelength Diode Laser Therapy System is a professional Class IV high-power laser designed for pain management, photobiomodulation, deep tissue therapy, sports rehabilitation, and veterinary medicine. Integrating four therapeutic wavelengths into one intelligent platform, this system offers clinicians greater flexibility than conventional single-wavelength laser devices.

Engineered for physiotherapists, chiropractors, rehabilitation specialists, veterinarians, and equine therapists, the device supports customized treatment protocols for a wide range of musculoskeletal and soft tissue conditions in both humans and animals.

With independent laser channel control, adjustable power output, and multiple operating modes, practitioners can tailor every treatment according to the patient's condition, treatment objective, and target tissue depth.

Professional Laser Therapy for Pain Management

Pain management has become one of the most important applications of high-power laser therapy in modern rehabilitation medicine.

The multi-wavelength laser system is commonly incorporated into treatment programs that support:

Acute musculoskeletal discomfort

Chronic pain management

Muscle tension relief

Joint stiffness

Tendon rehabilitation

Ligament recovery

Trigger point therapy

Sports-related injuries

Post-operative rehabilitation

Functional recovery programs

Laser therapy is non-invasive, and comfortable, making it suitable for repeated rehabilitation sessions under professional supervision.

Understanding Photobiomodulation Therapy

Photobiomodulation (PBM) refers to the therapeutic use of red and near-infrared light to support normal cellular function and tissue recovery.

The 650nm and 810nm wavelengths are commonly used in photobiomodulation protocols because they interact with superficial and intermediate tissues while supporting natural biological processes.

Photobiomodulation is frequently incorporated into rehabilitation programs to help support:

Tissue repair

Cellular activity

Microcirculation

Muscle recovery

Soft tissue rehabilitation

Recovery following exercise

Wound care support

When combined with higher-power wavelengths, PBM allows clinicians to address multiple tissue layers during a single treatment session.

Deep Tissue Therapy with 980nm & 1064nm

While shorter wavelengths are commonly selected for superficial applications, the 980nm and 1064nm laser wavelengths are often chosen for deeper musculoskeletal structures.

980nm High-Power Laser

The 980nm wavelength has characteristic water absorption properties that contribute to controlled thermal effects within soft tissues.

It is commonly used to support:

Muscle relaxation

Blood circulation

Pain management

Soft tissue recovery

Post-training rehabilitation

1064nm Deep Tissue Laser

The 1064nm wavelength is recognized for its ability to reach deeper anatomical structures and is frequently incorporated into rehabilitation programs involving:

Deep muscles

Large joints

Hip region

Shoulder region

Lumbar muscles

Chronic musculoskeletal conditions

The combination of these wavelengths enables practitioners to treat both superficial and deep tissues without changing equipment.

Four Therapeutic Wavelengths – One Intelligent System

650nm Red Laser

Commonly used for:

Surface tissue stimulation

Photobiomodulation

Skin recovery

Wound care support

Microcirculation enhancement

810nm Near Infrared Laser

Designed for:

Muscle rehabilitation

Tendon recovery

Ligament support

Joint mobility

Sports physiotherapy

980nm Therapy Laser

Supports:

Thermal physiotherapy

Muscle relaxation

Blood circulation

Soft tissue therapy

Recovery after exercise

1064nm Deep Therapy Laser

Suitable for:

Deep tissue therapy

Large muscle groups

Orthopedic rehabilitation

Sports medicine

Veterinary rehabilitation

Treatment Workflow

The intelligent operating system makes laser therapy simple and efficient for clinicians.

Step 1 — Clinical Assessment

The practitioner evaluates the patient's condition, identifies the treatment area, and determines rehabilitation goals.

Step 2 — Protocol Selection

Choose:

Individual wavelength

Combined wavelengths

Continuous mode

Pulsed mode

Treatment duration

Laser power

Customized protocols can be adjusted according to tissue type, anatomical location, and clinical indication.

Step 3 — Laser Therapy

The ergonomic treatment handpiece delivers laser energy directly to the treatment area using smooth scanning or point-by-point application techniques.

The operator can modify parameters during treatment as required.

Step 4 — Rehabilitation Follow-Up

Laser therapy can be integrated into comprehensive rehabilitation programs that may include:

Physiotherapy

Exercise therapy

Manual therapy

Veterinary rehabilitation

Sports recovery programs

Human Rehabilitation Applications

The system is widely used in:

Physiotherapy

Sports medicine

Orthopedic rehabilitation

Chiropractic care

Pain management clinics

Soft tissue rehabilitation

Functional recovery programs

Common treatment areas include:

Neck

Shoulders

Back

Lower back

Elbows

Knees

Ankles

Hips

Wrists

Veterinary Rehabilitation Applications

Laser therapy has become an important tool in veterinary rehabilitation because treatments are non-invasive and generally well tolerated by animals.

The system is suitable for:

Companion Animals

Dogs

Cats

Rabbits

Equine Medicine

Performance horses

Racing horses

Show horses

Rehabilitation horses

Farm Animals

Cattle

Sheep

Goats

Applications commonly include:

Muscle rehabilitation

Tendon support

Ligament recovery

Post-operative rehabilitation

Joint care

Mobility improvement

Sports recovery

Why Multi-Wavelength Technology Matters

Single-wavelength laser systems are limited in their ability to address different tissue depths.

A four-wavelength platform provides:

 More treatment flexibility

 Greater tissue coverage

 Individual wavelength control

Customized rehabilitation protocols

Broader clinical applications

 Human and veterinary compatibility

One professional system can support multiple departments, reducing equipment investment while expanding treatment capabilities.

Product Features

650nm + 810nm + 980nm + 1064nm diode laser technology

Four independently adjustable laser channels

Class IV high-power laser platform

Adjustable power output

Continuous and pulsed operation

Professional ergonomic handpiece

Intelligent touchscreen interface

Preset and customizable treatment programs

Stable laser energy output

Designed for intensive daily clinical use

Ideal For

Physiotherapy Clinics

Sports Medicine Centers

Rehabilitation Hospitals

Pain Management Clinics

Chiropractic Clinics

Veterinary Clinics

Animal Hospitals

Equine Rehabilitation Centers

Veterinary Physiotherapy Practices

Orthopedic Clinics

University Teaching Hospitals

Product Advantages

Four independent laser channels

Four therapeutic wavelengths

High-power laser technology

Adjustable treatment parameters

User-friendly touchscreen interface

Multiple preset treatment protocols

OEM & ODM customization available

Factory direct manufacturer

Technical Specifications

FAQ:

1. What is a 650nm + 810nm + 980nm + 1064nm 4-Wavelength Veterinary Laser Therapy Machine?

The 4-Wavelength Veterinary Diode Laser Therapy Machine is a professional Class IV laser system designed for animal physiotherapy, rehabilitation, pain management, and post-operative recovery. It combines 650nm, 810nm, 980nm, and 1064nm laser wavelengths in one device to provide comprehensive treatment for horses, dogs, cats, and other companion or performance animals.

The four wavelengths can be used independently or simultaneously, allowing veterinarians and rehabilitation professionals to customize treatments for different conditions and tissue depths.

2. Why does the machine use four wavelengths?

Each wavelength has unique therapeutic characteristics:

650nm: Surface tissue stimulation and wound healing

810nm: Cellular regeneration and photobiomodulation

980nm: Improved blood circulation and anti-inflammatory effects

1064nm: Deep penetration for muscles, joints, tendons, and ligaments

Using all four wavelengths provides more comprehensive treatment than a single-wavelength laser.

3. Can each wavelength be used independently?

Yes.

The machine allows practitioners to activate 650nm, 810nm, 980nm, or 1064nm individually, making it easy to tailor treatment protocols to different species, injuries, and rehabilitation goals.

4. Can all four wavelengths work simultaneously?

Yes.

All four wavelengths can operate simultaneously, providing synergistic therapeutic effects that may help:

Enhance pain relief

Improve circulation

Stimulate tissue repair

Accelerate recovery

Treat multiple tissue depths at the same time

5. What are the benefits of the 650nm wavelength?

The 650nm wavelength is ideal for superficial tissue treatment and helps:

Improve microcirculation

Promote wound healing

Stimulate superficial tissue repair

Enhance skin regeneration

Support post-surgical incision healing

6. What are the benefits of the 810nm wavelength?

The 810nm wavelength is well known for photobiomodulation and helps:

Increase ATP production

Stimulate cellular metabolism

Accelerate tissue regeneration

Reduce pain

Improve soft tissue healing

7. What are the benefits of the 980nm wavelength?

The 980nm wavelength helps:

Improve blood circulation

Reduce inflammation

Decrease swelling

Enhance oxygen delivery

Promote faster recovery after injury

8. What are the benefits of the 1064nm wavelength?

The 1064nm wavelength penetrates deeply into tissues and is particularly effective for:

Large muscle groups

Tendons

Ligaments

Joints

Chronic musculoskeletal conditions

Deep tissue rehabilitation

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