Red Light Laser Treatment

• Lines and Wrinkles
• Pimples and Acne Marks
• Sun Exposure Damage
• Dark Spots
• Redness and Swelling
• Rosacea
• Texture Irregularities
• resolution of erythema

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

2. Wrinkle-Free Smoothness- Boosted collagen production aids in maintaining a smooth and wrinkle-free look.

3. Skin Lifting- Enhanced skin elasticity offers an instant facial lift, similar to facelift results, suitable for aged or prematurely aging skin.

4. Dual Functionality - This red light wand features 2 modes: continuous and pulsating, to help your skin adjust to the therapy.

5. Safe and Effective - Equipped with 17 LASER beams, this device ensures safe and effective delivery of light energy.

The red light beauty device utilizes red cold light sources with wavelengths between 600-700 nm, applying the chemical principles of high-tech nanotechnology and pure physical light therapy. It penetrates 10-15 mm below the surface of the skin, activating various enzymes in the body, particularly proteases, through whole-body or localized red light exposure. This stimulation promotes the body's production of large amounts of collagen, achieving beauty and anti-aging effects. Simultaneously, the electromagnetic effect of red light causes vasodilation in deeper tissues, reduces blood viscosity, improves blood circulation, enhances cellular vitality, boosts metabolism, and eliminates sub-health conditions. Red light exposure also promotes melatonin secretion, increases the body's antioxidant capacity, prevents cellular oxidative damage, and delays aging.

Objectives:This study investigates the efficacy of laser photomodulation therapy in speeding up the resolution of erythema following intense pulsed light (IPL) treatment.



Methods: In this split-face trial, 15 participants were randomly assigned to receive COZING laser therapy on one side of the face, determined by computer-generated random numbers. Each participant underwent a single IPL session for facial photodamage. Immediately post-IPL, one side of the face was treated with the laser device for 35 seconds, while the other side remained untreated. Participants returned 24 hours later for a second laser treatment on the same side. Erythema levels on both sides of the face were assessed by a blinded investigator and the participants themselves immediately after IPL, 24 hours later, and one week later, using a scale from 0% (no erythema) to 100% (severe erythema). Participants also reported on post-treatment discomfort right after IPL.



Results: At the first visit, mean erythema scores were significantly higher (P = 0.0054) on the untreated side (52.7 +/- 24.6) compared to the laser-treated side (43.3 +/- 21.9). Similar trends were observed at the second visit (P = 0.0281). Participants' self-assessments also showed significant differences in erythema scores at the first visit between the laser-treated side (46.7 +/- 25.3) and the untreated side (60.0 +/- 23.3; P = 0.0382). By the second visit, erythema scores tended to be lower on the laser-treated side (24.3 +/- 22.1) compared to the untreated side (27.9 +/- 25.8), although this difference was not statistically significant (P = 0.1365). One week post-IPL, erythema scores were 0 for all participants on both sides. Four participants noted significantly less discomfort on the laser-treated side immediately following treatment.



Conclusion:Laser photomodulation therapy may help reduce erythema more quickly and lessen post-treatment discomfort in patients with photodamage who undergo IPL treatment.