Co2 Fractional Laser-Under a certain energy density, the laser beam can penetrate through the epidermis and enter the dermis. Since the absorption is relatively good, the thermal energy generated by the tissue in the part where the laser passes through absorbing the laser energy will lead to columnar thermal degeneration of the part. Area. Along with this process, all layers in the skin are rebuilt: a certain degree of exfoliation of the epidermis, new collagen from the dermis, etc.
Co2 Fractional Laser-Laser technology based on this principle is also known as lattice laser and pixel laser. It is a new technology that transforms the emission mode of traditional laser into pixel mode. Compared with traditional lasers, pixel lasers change the emission mode of light, and control the originally small laser beams through a scanner and a space lens matrix into even smaller laser beams, which act on the skin to generate hundreds of thousands of laser beams. Microporous hot zone.
Co2 Fractional Laser-Completely different from the previous traumatic and non-ablative skin rejuvenation, the establishment and further clinical application of this new technology allow us to avoid the problem of long recovery time and low safety in traumatic treatment, and overcome the problem of non-ablative skin rejuvenation. The weak point of poor technical efficacy is somewhere in between, thus establishing a safe and efficient means of skin rejuvenation.
USA Coherent Laser
*. Imported by Coherent Company in the United States, the laser tube performance is stable.
*. There is no life limit, the metal material is sturdy and durable,