Utilizing a 10600nm wavelength with selective photothermal decomposition, this laser creates fine holes in the skin, leading to hot stripping, thermal coagulation, and effects that stimulate self-repair for firming, rejuvenation, and stain elimination.
Highlights:
Explore the versatile clinical applications enabled by RF Excited Fractional CO₂ Laser technology.
Precise removal of benign and select malignant skin growths with minimal trauma.
Reduction and resurfacing of acne scars and restoration of smoother skin texture.
Effective reduction of wrinkles, joint folds and stretch marks for rejuvenated skin.
Addresses freckles, zygomatic bone spots, and other pigmented lesions of the skin.
Promotes skin firmness and lifting through collagen stimulation and remodeling.
Safe and precise shaping for cosmetic correction in intimate areas.
Enhances elasticity and tightness of vaginal tissue for improved comfort.
Restores and rejuvenates outer (external) intimate tissue for aesthetic and comfort.
Rejuvenates nipples for both cosmetic and restorative purposes.
Stimulates skin self-repair for firming, rejuvenation, and effective stain elimination with versatile modes.
Firming, lifting, and eliminating stains.
Effective for acne, scars, keloids, and deep scars.
Treats wrinkles, stretch marks, freckles, and pigmented lesions.
Private shaping, vaginal tightening, vulva & nipple rejuvenation.
Evenly marks fine holes on the skin using 10600nm wavelength.
Results in hot stripping, thermal coagulation, and thermal effects.
Triggers biochemical reactions for skin firming, rejuvenation, and stain elimination.
Common questions about the RF Excited Fractional CO₂ Laser.
