Class 4 Medical Laser

What`s the indications of the COZING-T05 class 4 medical laser?

 

• Arthritis, back pain, neck pain.
• Sports injuries, plantar fasciitis sprains, new scars, acupuncture injuries and ulcers, wound healing.
• Rehabilitation therapy, prostatitis, reducing inflammation and swelling.
• Facial paralysis, breast hyperplasia, cervical spondylosis, shoulder humeral arthritis, rheumatoid arthritis (RA), lumbar disc herniation, sciatica, cystitis, dysmenorrhea, varicose veins, periarthritis of the shoulder.

What's the technical parameter of the COZING-T05 class 4 medical laser?

1. 70030mW High power, means it can shorten the treatment time.

2. The treatment time, and power intensity can be adjusted at any time.

3. Humanized setting, For each adjustment, the device will output at 3 seconds.

4.If you need the 904nm/830nm/450nm or 5W,/10W/35W/75W , Rental model , pls contact us directly.

5. Portable, easy to carry, but show the high classes, free treatment protocol can be provided.

6. Package:1x Pain relief low-level cold laser device,1x Power adapter,1x suit case,1x Manual,1x Warranty card,2 x safety glasses with case,1*stand

For sprains and strains, Class 4 laser therapy can help reduce inflammation and pain, while promoting healing of the affected tissue. For tendonitis, the therapy can help increase blood flow to the affected area and promote collagen production, which is essential for repairing damaged tendons.

Plantar fasciitis is one such condition that can be treated using Class 4 therapeutic lasers. Sarah Lee, an expert in sports medicine, has noted that a combination of laser therapy, bracing, taping, and strengthening exercises can be used to alleviate inflammation and pain associated with this condition.



COZING-T05 lasers have proven popular among college athletes who often have a limited playing career. Laser treatments can help reduce pain, inflammation, and promote healing, thereby improving the chances of elite athletes returning to competition more quickly.

Overall, Class 4 laser therapy offers a safe, non-invasive, and convenient option for treating sports injuries. By using specific wavelengths and parameters tailored to each patient's individual needs, this therapy can provide significant pain relief, improved mobility, and faster recovery times compared to traditional treatments alone.

Background

• We explored the impact of a Multiwave Locked System laser, which emits 904 nm continuous waves and 650nm pulsed waves simultaneously, on the spinal cord post-injury in rats.
• Locomotor assessments indicated a significant enhancement in the movement abilities of rats receiving laser therapy from the first week after injury, compared to the control group. Additionally, the laser treatment notably reduced thermal hyperalgesia after SCI(‌spinal-cord-injury)‌, as evidenced by the Plantar test.
• These findings suggest that dual-wavelength light therapy at 904 nm and 650 nm could be a promising non-invasive method for improving functional recovery and reducing tissue damage after spinal cord injuries.

Conclusion

• Spinal cord injury is a critical medical condition with no effective treatment currently available.
• Identifying a treatment to mitigate the effects of primary and secondary injury remains a significant challenge in neuroscience.
• The study examined the impact of photobiomodulation (PBM) on recovery following spinal cord injury, using the commercially available COZING laser.
• The COZING device combines 904 nm continuous and 650 nm pulsed light emissions to more effectively transfer light energy to anatomical structures, influencing cellular metabolism, blood flow, and energy supply.
• Although PBM is a non-invasive therapy, our results demonstrate the beneficial impact of using a combined continuous and pulsed wave laser device on acute SCI regeneration.
• These findings indicate that light therapy holds promise as a treatment for human SCI.