Fractional laser is powerful enough to reach the deep dermis of the human face, stimulate the repair of damaged dermal tissues, make the dermis produce more collagen and rearrange it, and play the effect of skin rejuvenation. Then cause a series of skin biochemical reaction, to achieve wrinkle, skin tightening, skin rejuvenation effect.

 
CO2 Fractional laser resurfacing laser is carbon dioxide laser which precisely removes deep outer layers of damaged skin and stimulates the regeneration of healthy skin underneath. The CO2 treats fine to moderately deep wrinkles, photo damage, scarring, skin tone, texture, crepiness and laxity, it also used for surgical cutting.

CO2 fractional laser therapy device, a new generation of laser skin resurfacing system, has both super pulse and laser scanning output functions, which can quickly and accurately perform various delicate laser surgeries, and is especially suitable for human plastic surgery and facial beauty surgeries.

 
Fractional CO2 Laser uses a scanning lattice method to emit lasers. The laser points can directly penetrate into the dermis and instantly vaporize the tissue in wrinkles or scars. At the same time, it stimulates the proliferation of collagen and causes a series of skin reactions such as tissue repair.

 
Fractional CO2 Laser System fires a laser beam which is split into numbers of microscopic beams, producing tiny dot or fractional treatment zones within the selected target area only.

 
2500W high power, ensure best results.
Fast, painless and permannent hair removal.

 
2500W high power, ensure best results.
Fast, painless and permannent hair removal.

 
2500W high power, ensure best results.
Fast, painless and permannent hair removal.

 
2500W high power, ensure best results.
Fast, painless and permannent hair removal.

 
2500W high power, ensure best results.
Fast, painless and permannent hair removal.

 
2500W high power, ensure best results.
Fast, painless and permannent hair removal.

 
Fractional CO2 Laser System fires a laser beam which is split into numbers of microscopic beams, producing tiny dot or fractional treatment zones within the selected target area only.