Description
"I have been using the TRI-WAVE laser on different types of pathologies that are difficult to treat. Most are related to subchronic and chronic issues like adhesions on old suspensory proximal or distal desmitis, sometimes with scar tissue. The Tri-Wave has been remarkable for such cases, clinical improvements have been seen within 4 to 6 weeks in the majority of the cases.
PHILIPPE BENOIT DVM, DACVSMR
"
How it Works
The Tri-Wave laser device uses diodes to emit infrared laser beams in either continuous or pulsed phases. Continuous mode enables a gentler treatment of more superficial conditions, such as tendon and ligament injuries. Super-pulsed mode enables intensive treatment, with the intervals adding safety by preventing heat generation. The beams are carried via a fiber optic cable to the treatment wand, which is aimed over the skin using the red light aiming beam. As treatment is delivered, infrared light penetrates the tissue, at the correct dosage, depth and duration. The light energy causes biochemical changes to occur at cellular level, stimulating cell proliferation leading to wound repair. Free nerve endings are also stimulated, blocking pain pathways and bringing rapid pain relief to the horse.
4 Principle Effects
As laser stimulates profound change at a deep cellular level, its many beneficial effects are highly interrelated.
Tissue healing:Heightened fibroblast development and cellular reproduction induces faster healing in tendons, ligaments, nerves and muscles, with less scar tissue produced.
Anti-Inflammatory:Reduction of localized swelling and blocking of pro-inflammatory molecules, benefiting injuries and joint conditions.
Muscular:Relief of spasm and pain occurs, with improved vascular activity benefiting lymph and blood circulation, and healing of exercise-induced microtears.
Analgesic:Effects on the epidermal and subcutaneous neural network lead to reduction of acute and chronic pain, and improved nerve function.
"
Really powerful results! For me, it was a no-brainer.
"
Technical Specifications
- GaAs diode laser with deep penetrating 980nm and 810nm diodes
- Maximum 30W power for benefit in minutes with 980nm and 810nm diodes
- 650nm diode at 0.1W for superficial/derm treatment
- Super-pulsed output enables rapid treatment without heating
- Fiber handpiece with 0.4mm spot size for focused treatment
- Operates within 5-40℃ and less 80% humidity range
- Main body input voltage DC 12V~17V, Power input AC110V ~ 220V ± 20%
- Dimensions 380 × 280 × 186mm, weighing 7 kg
- 7” color touchscreen for microcomputer control
TRI-WAVE EQUINE LASER FOR FAST, DEEP HEALING
- Superior device for the veterinary clinic, equine rehab or training center
- Instantly available, rapid treatment reduces downtime in sport horses
- Deeper, long-lasting rehabilitation from traumatic sports injuries
- Improves career longevity by addressing distal limb stress injuries
- Approved by veterinarians, professional riders, and equine physical therapists
650nm wavelength: This wavelength is best used for wound healing and scar tissue regeneration by promoting healing of skin surface tissues. The wavelength is largely absorbed by the melanin in the skin, inhibiting bacteria proliferation and promoting fine cell growth.
810nm wavelength: This wavelength rapidly activates the hemoglobin oxygenation process to transfer energy supplies from blood into muscles and tendons. This promotes tissue regeneration and increases ATP production.
980nm wavelength: This wavelength decreases pain via the analgesic effect by optimizing thermoreceptors and mechanoreceptor interactions with the peripheral nervous system. This activates the gate-control mechanism to produce the analgesia.
"The water temperature is always exactly what I want for whatever therapy my horses are doing
"
What it Treats
Myositis
Abscesses
Odema
Hematomas
Superficial wounds
Sores and abrasions
Tendon lesions
Ligament lesions
Dorsal metacarpal disease
(sore/bucked shins)
Bursitis
Post-surgery incision repair
Spinal pathologies
Tendon and
ligament injury
Soft tissue adhesions
Ligament desmotomy
(Medial patellar,
Inferior check)
Muscle spasm
Moderates exercise-induced inflammation
Reduced recovery times
OCD lesions (post-surgery)
Physitis
Spinous process impingement
Developmental orthopedic disorders
Subluxation
Colitis-related laminitis prevention
Lymphangitis
Cellulitis
Dermatological Conditions
Hoof disease (canker, thrush)
Sarcoids
