With the continuous development of modern medical aesthetics technology, people's increasingly diversified needs for beauty are also being further satisfied, especially in recent years, all kinds of medical aesthetic equipment and technologies are flourishing, from 2020's Thermage to 2021's From Fotona and ultrasonic cannon to today's CO2 fractional laser, the overwhelming demand for facial rejuvenation and the choice of various medical and aesthetic technologies will inevitably make consumers face difficulties. Want to have smooth and supple skin? Want your face to look super age-reducing? This year, the editor will solve problems such as acne scars, rough skin, enlarged pores, pigmentation, and wrinkles, and let you know about another black technology in the medical beauty industry-CO2 fractional laser. What is CO2 fractional laser From the birth of the world's first CO2 fractional laser in 1964 to the launch of the first CO2 fractional laser in 2005, and today's rapid development in the field of medical beauty optoelectronics, the CO2 fractional laser has a history of 58 years. , How did this evergreen tree in the medical field achieve facial rejuvenation? CO2 fractional laser is a common exfoliative fractional laser, that is, the laser is emitted by scanning the lattice (the diameter of the laser beam is less than 500 μm, and the laser beam is regularly arranged in a lattice), which is a safe Non-invasive, minimally invasive laser therapy. During the treatment, a burning zone composed of laser action points and intervals will be formed on the epidermis. Each laser action point is composed of a single or several high-energy laser pulses, which can directly penetrate into the dermis. Based on focal photothermal effects The principle is to make the heat stimulation arranged in a lattice start the skin repair program, promote epidermal regeneration, synthesis of new collagen fibers and remodeling of collagen. The wrinkles become shallower and thinner, and the skin becomes firm and shiny, so as to achieve the purpose of skin rejuvenation such as wrinkle reduction, skin firmness, pore shrinkage, and skin texture improvement. The advantage over non-fractional lasers is less damage, faster recovery for patients after treatment, and less downtime. The high-speed graphics scanner equipped with the system can scan and output graphics of different shapes, and provide personalized treatment plans according to the needs of different patients. The main functions and advantages of CO2 fractional laser With zero anesthesia for surgical treatment, it only takes 5-10 minutes to complete the precise positioning of the laser painlessly and without bleeding, and the CO2 fractional laser technology that quickly focuses and improves skin problems. The effect, that is, the effect on water. The main functions are divided into the following points: *Effectively avoid side effects such as heat damage, and can also promote skin healing. *Stimulates the skin to repair itself, achieves the effects of firming, rejuvenating, removing stains, and repairing scars. Part of the normal skin can be protected and skin recovery is accelerated. *It can quickly improve skin texture, tighten skin, improve enlarged pores, and make skin smooth and tender like water. *Using a single artistic comprehensive treatment, the clinical and cosmetic effects can be more precisely controlled, the effect achieved is more significant and precise, and the recovery time is shorter. Advantages compared with other lasers: *Small trauma, fast recovery. Adopting the world's leading microporous lattice technology (0.1mm pore size), the tiny wound can be quickly repaired in a short time, and the barrier function of the skin can be completely preserved. It can treat any part of the body, which is between invasive and non-invasive treatment. minimally invasive treatment. *Scanning point by point, efficient and safe, reducing side effects. The ultra-pulse carbon dioxide laser treatment system is equipped with "point-by-point scanning" lattice technology, controlled by a microcomputer, and acts on the affected area one by one with hair-thin laser beams, without heat overlap, which can significantly reduce the occurrence of side effects. The treatment is fine and fast, The curative effect is better, and the construction period is correct. The depth and density (coverage) of the dot matrix can be precisely controlled by the computer, the treatment is more precise, and the curative effect is more guaranteed; and the maximum treatment area of 15X15mm can be scanned, the treatment is faster, and the construction period is not delayed.