The CO2 fractional Laser is a gas laser. Its principle of action is focal photothermal action. The array of small beams generated by the lattice laser acts on the dermis, promoting the generation of collagen in the dermis and the rearrangement of collagen fibers. CO2 fractional Laser is a development based on carbon dioxide laser. Carbon dioxide laser is a traditional laser. Because the traditional laser does not have the lattice mode, it has the disadvantages of large damage, long recovery time and many side effects.
The CO2 fractional laser can meet the treatment requirements of different patients and different diseases to the greatest extent. Because the lattice laser equipment has the adjustability of various parameters, such as the adjustability of spot diameter, treatment density, treatment depth, treatment energy, etc., different diseases can obtain personalized treatment schemes, so as to obtain the best curative effect, This is the true meaning of using lattice laser.
The CO2 fractional Laser is a gas laser. Its principle of action is focal photothermal action. The lattice laser generates an array of small beams, which act on the skin and form a number of small damage of three-dimensional cylindrical structures. Around each minor injury area, there are normal tissues that are damaged, and their keratinocytes can quickly crawl to make the local area heal quickly. Rearrange collagen fibers and elastic fibers, make the content of type I and type III collagen fibers close to the normal proportion, change the structure of pathological scar tissue, gradually soften and restore elasticity. The main absorption group is water, which is the main component of the skin. It can heat the collagen fibers, shrink and denature, and induce wound healing in the dermis. The collagen produced is deposited orderly, promoting the proliferation of collagen fibers and the recovery of skin atrophic scars.