C More scan mode
Dot, line, and fractional array are optional, meet target shapes precisely.
Cut moles, warts and polyp etc.
Eye treatment: eyelid and eye bags
Wrinkles: striae gravidarum, stretch mark, striae atrophicae, aging wrinkle
Anti-aging: aged skin, flabby and flagging skin, no elasticity
Scars: acne scar, surgical scar, proliferative scar, burn scar, traumatic scar
In a past breakthrough experiment, a mere 2-minute treatment of cold atmospheric plasma was seen to decrease 40% of the bacterial load in plasma-treated wounds, regardless of the species of bacteria. Skin cleaning, acne skin with inflammation, allergic dermatitis, and eczema treatment.
Plasma technology instantly activates the epidermal cells of the skin with high amounts of energy, which increases the skin’s hydrophilicity.
Enhances the absorption of active ingredients.
Improve skin texture and tone: rough skin, large
pores, greasy skin, skin resurfacing. 
Active nitrogen and oxygen ions can easily pass through pores and enter the deeper layers of skin, catalyzing the regeneration of fibroblasts. This stimulates the production
of collagen, elastin and hyaluronic acid, effectively reducing fine lines and wrinkles caused by photodamage and aging.
Additionally, plasma technology boosts cell turnover to strengthen skin elasticity, and to improve uneven skin tones and pigmentation. 
The increase of intracellular ROS is the main factor for plasma-induced transfection. Therefore, the optimization of transfection
efficiency can be achieved by regulating the change of ROS. In addition, the efficiency of transdermal drug delivery can also be
enhanced by plasma treatment. Plasma can penetrate the skin layer faster and deeper without damaging the skin. It can penetrate
the skin layer with molecules that are more than six times the size of molecules that can normally pass through the skin layer, and enhance the skin penetration of macromolecules.
Exogenous nitric oxide (eNO) induced by plasma plays a key role in angiogenesis.
Increased expression of FGF2 (fibroblast growth factor) and VEGF3 (vascular endothelial growth factor) proteins. The VEGF protein is effective in angiogenesis and hair growth, and when plasma was applied to the epidermis for 24 hours, the average
length of blood vessels was lengthened by 2.6 times, hair growth was promoted, and hair follicle size and hair thickness increased
by more than 30%.
Plasma induced keratinocyte proliferation. The expression of Wnt protein and B-catenin protein leads to the proliferation and
differentiation of keratinocytes. Keratinocytes are the cells that produce the main building block of hair, keratin, the main structural component of hair. Keratin also protects hair from external stimuli by enhancing the ability of cells to resist trauma, and Wnt proteins play an important role in hair follicle growth and differentiation.
Plasma acts on the scalp and forms tiny damages on the scalp. Its mechanical and thermal effects promote the increase of
fibroblast growth factor-2 (FGF-2), and fibroblasts can increase the production of collagen, enhance thickness and density, and
reduce scalp damage. Oil secretion makes the scalp healthier.
The ozone generated by the plasma inactivates a variety of bacteria, fungi, viruses and biofilms, the number of bacteria is significantly reduced, and the activity of viruses can also be inhibited. At the same time, it inhibits the key growth factors targeting these inflammatory diseases. Its high bactericidal efficiency, the inflammatory process can be well controlled.
