Having normal skin is the hope of every scar patient. For some large scars, surgical methods are more often used, but many scars that cannot be treated surgically plasma shine particle beam is undoubtedly the best choice. The excellent treatment effect and unparalleled advantages make it a common recommended treatment method by well-known scar experts in China. What is Plasma plasma? Shining Ion Beam Scar Treatment (Alma Lasers Ltd., Feiton Medical Laser, Israel) is a microdebridement technology based on the principle of radiofrequency, which uses multipoint monopolar radiofrequency (RF) to excite microplasma action. When the multipoint monopolar RF probe is close to the skin tissue, the nitrogen in the gap between the probe and the skin is excited into a microplasma state, which establishes thermal channels in the skin tissue and can produce multiple of controlled, micro-penetrating thermal damage channels, and deep heating is provided by the high-speed rotational friction of water molecules around the thermal channels. How is Plasma used to treat scars? Using the imported Israel Fidon Plasma radiofrequency instrument, tissue can be removed very cleanly and clearly without mechanical or thermodynamic damage. While the plasma RF excitation is directed at the skin by nitrogen (N2) gas production, the plasma produces a very high, very superficial, confined temperature above the skin surface, with the goal of reconstructing the skin’s surface, causing the skin to regenerate collagen autologously, achieving natural skin tightening and lifting, and thus improving the scarring effect. It is suitable for scars that are not suitable for surgical treatment, such as burn scars, post-surgical scars, acne scars, etc. In addition to this, it is also useful for skin tightening, peeling, wrinkle improvement, stretch marks, and skin rejuvenation, and is very effective in combination with other peeling and photorejuvenation methods. Why does Plasma have remarkable treatment effects on scars? Unlike lasers and other common light energies, Plasma technology does not have the complexity and risks associated with CO2 and Er:YAG laser treatments, which are absorbed by water molecules. It also does not vaporize the tissue, leaving the separated epidermis intact and using it as a natural dressing that can facilitate scar repair. Plasma is significantly superior in reducing the probability of hyperpigmentation and infection compared to traditional laser and physical abrasion methods that can cause physical defects in the skin tissue, resulting in a high risk of skin discoloration. Uneven scars – plasma can even act on the collagen of skin scars, the micro plasma can break the chaotic collagen arrangement of the scar, the plasma produces non-gasification micro-exfoliation on the skin surface, synchronous single-stage RF deep heating of collagen tissue, two energy collaboration, change the superficial uniformity and flatness of the scar and promote the proliferation and rearrangement of the deep collagen layer for rapid and effective reconstruction. When in close contact with the skin, the monopolar RF causes heating and tightening of the deep tissue. The thermal effect produced by the plasma stimulates deeper skin tissue, causing fibroblast-mediated thermal denaturation and regeneration of the upper dermis; results are immediate and show progressive improvement over 1 to 3 months, with collagen regeneration continuing for up to 6 months. The dressing action reduces the risk of infection – the plasma itself produces a controlled thermal damage without oxidative damage to the epidermis. There will be thermal damage to the epidermis and part of the dermis (depending on the pulse energy) and the residual heat heats the dermis. The collagen fibers of the dermis regenerate and the epidermis will regrow, which will repair the skin better in the following 3-6 months. The action of the ion beam on the skin does not produce vaporization of the epidermal tissue, but retains the minimally invasive epidermis or part of the dermis as a BiologicDressing until the underlying epidermis or other tissues regenerate and are then removed. Biologic dressing effectively protects the wound, reduces the risk of infection, and greatly reduces side effects such as hyperpigmentation. In addition to plasma, it can also be combined with expander surgery, skin grafting, ultra-reducing sutures, microscopic three-dimensional multi-layer docking sutures, and the patented facial restorative skin resurfacing and dressing catalytic + balanced compression bag procedures to provide more diverse options for treating scars for patients with a variety of scars.