Laser Infrared Therapy

• Address skin concerns, such as stretch marks and fine lines
• Manage skin ailments, including psoriasis, scarring, and acne
• Minimize swelling or inflammation
• Heal muscle tissue
• Support graceful aging

1. Improve Your Skin- The 650nm*17pcs Red light penetrates the dermis to stimulate collagen and elastin production.

2. Wrinkle-Free and Smooth - Increased collagen helps you keep a smooth, wrinkle-free complexion.

3. Skin Firming - Enhanced elasticity provides an instant lift to your facial skin, similar to the effects of a facelift. Suitable for sagging skin due to aging or premature skin aging.

4. Two Operation Modes- This red light wand offers continuous and pulsating modes to help your skin adjust to light therapy.

5. Non-Invasive and Safe - This device uses 17 laser beams to safely and effectively deliver light energy, providing peace of mind.

Red laser infrared therapy is a red light source with a wavelength of 650nm. When irradiated on the skin, it can produce photochemical effects, resulting in therapeutic effects.

Mitochondria in cells in the body absorb more red light. After exposure to red light, the activity of mitochondria increases, accelerating cellular metabolism, promoting local tissue regeneration, enhancing local blood circulation, and enhancing local immunity.

So the function of the red light therapy device first includes repairing the skin, promoting tissue metabolism, and promoting tissue regeneration. Secondly, it can accelerate local blood circulation and quickly reduce swelling. In addition, it can also improve local immune response, enhance immunity, and enhance resistance to pathogens such as external viruses and bacteria.
 

Background:Previous studies have documented the effectiveness of visible or near-infrared light for skin rejuvenation. This study explores the use of LASER photorejuvenation, which combines these wavelengths to enhance their unique cellular stimulation effects.



Objective:To evaluate the effectiveness and local tolerability of combined light therapy for facial skin rejuvenation.



Methods: Thirty-one participants with facial wrinkles underwent nine treatments using the COZING-T03C LASER system. This system used wavelengths of 650 nm and 808 nm with fluences of 126 J/cm² and 66 J/cm², respectively. Skin surface improvements were assessed at weeks 9 and 12 using profilometry on periorbital casts. Additional outcomes included clinical photography assessments and patient satisfaction scores.



Results: Significant improvements were observed in key profilometry metrics Sq, Sa, Sp, and St at the 12-week follow-up. By week 12, 52% of participants exhibited a 25%-50% improvement in photoaging scores. Additionally, 81% of subjects reported significant improvement in periorbital wrinkles at the end of the follow-up period.



Conclusion: The COZING combination of red and near-infrared laser therapy is an effective and well-tolerated method for photorejuvenation. Further research is needed to optimize treatment parameters.