The pixel laser is a sieve-shaped image generator installed at the front of the laser emitter, which rigidly divides the laser beam into multiple tiny beams during the laser emission process, spreading the energy of the laser beam from distance to distance, but the heat still acts on the skin at the same time, and the densely distributed dots look like “pixels” in imaging, hence the name. The densely distributed dots look like “pixels” in imaging, hence the name. The wrinkle reduction mechanism of the pixel laser is the “micro-trauma repair” theory. Skin tissue has the ability to heal itself after trauma damage. If the trauma is too large, the result is scarring, while when the trauma is small, the skin can recover completely. Each tiny beam of the pixel laser is a tiny trauma to the tissue, which is enough to initiate the regenerative repair function of the tissue, resulting in the repair of skin scars and the removal of wrinkles. Pixel laser only produces thermal shock on tiny areas of the skin each time it acts on it, leaving some of the skin unaffected. Its action on the skin tissue can remove pigmentation and stimulate collagen growth at the same time, while the skin tissue that does not act can be used as a thermal diffusion area to achieve safe treatment results and avoid possible side effects such as thermal damage, while promoting faster skin healing. Pixel laser treatment is fast and well tolerated, with only slight discomfort. It can be used in combination with microwave facelift slimming and carbon blast ionization technologies, and the results will be even more remarkable.