Surgical laser treatment works by targeting both the epidermis and dermis. It does this by delivering a laser beam that is divided into thousands of tiny but deep columns of treatment into the skin.

These are called microthermal treatment zones (MTZs). Within each MTZ old epidermal pigmented cells are expelled and penetration of collagen in the dermis causes a reaction that leads to collagen remodeling and new collagen formation. By using MTZs, the laser targets and treats intensively within the zone whilst surrounding healthy tissue remain intact and unaffected.This Surgical treatment results in a faster healing process than if all tissue in the treatment area was exposed to the laser.

CO2 laser system

The CO2 laser with a specific wavelength of 10.6 nm can be absorbed by human body tissue (no matter what color the skin is) by nearly 100%. Through laser emitter, the micropulsed laser beam shoots on the target skin in nanometer level to achieve a controllable precise treatment .The dimension of shooting area only can be measured in nanometer, which is precise enough for operators to control and adjust the treated depth andlayer according to the clinical diagnosis.

The energy of CO2 laser is even and steady. Its focused energy aims only at target tissue without any injury to surroundings. It is the heat and electromagnetic effect of the laser that people use to conduct non-blood or less-blood cutting, cauterizing, gasification and accurate microsurgery so as to avoid skin burnt. During the treatment, biochemical reactions of optical-thermal accelerate collagen reproduction and skin recovery,after exfoliation of the tiny scar; fresh and smooth skin can be regenerated. The device outputs invisible laser. In order to operate with more ease, red semiconductor laser has been added to indicate.