BI Wave Laser Class IV - Horse Shockwave Therapy Machine | Wave Laser Class IV

BI Wave Laser Class IV - Horse Shockwave Therapy Machine | Wave Laser Class IV This top-of-the-range equine laser achieves clinical results by rapidly relieving pain, reducing inflammation and stimulating tissue repair. ● ● ● ● ● ● ●

Tissue wounds heal faster with greater tensile strength Offers 660nm and 980nm wavelengths for optimal depth Treatment protocols support treatment of varied issues Deeper issues are treated intensively with super-pulsed mode Continuous mode allows gentler treatment of inflamed areas 10W output enables super-fast treatment at safe levels Portable, ergonomic device with 7” color touchscreen

Used by veterinarians, therapists and trainers, Bi-Wave produces positive outcomes in the treatment of musculoskeletal conditions in horses.

Class IV laser provides an ideal treatment for treating sports injuries and keeping equine athletes performing at the highest level.

Technical Specifications ● ● ● ● ● ● ● ●

Gas diode laser with deep penetrating 650 nm and 980 nm diodes Optional continuous or super-pulsed treatments Visible red light enables accurate skin-level targeting High power, pulsed output setting enables rapid but safe treatment Fiber handpiece with 0.4mm spot size for focused treatment Operates within 5-40℃ and < 80% humidity range Main body input voltage DC 12V~17V, Power input AC110V ~ 220V ± 20% Screen powered with Li-battery 4700mAh (2-hr working, 8-hr standby)

● Conveniently sized unit at 200×120×60 mm, weighing 1.5 kg

Powerfully Effective Equine Laser ● ● ● ● ●

Superior device offering world class treatment potential Accelerates healing and return to work in performance horses Deeper, long-lasting rehabilitation from traumatic injury Improves career longevity by mitigating degenerative conditions Approved by veterinarians, professional riders, and equine physical therapists

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.