Principle:
Using 755nm, 808nm, and 1064nm wavelengths to effectively penetrate hair follicles at different depths, the target tissue (hair papilla) can be accurately reached. High-energy continuous light emission makes the melanocytes in the hair follicles particularly sensitive to lasers, but does not damage normal skin. It directly acts on the melanin in the hair follicles to produce a photothermal effect. The hair papilla shrinks and detaches from the hair follicles due to heat, achieving the purpose of permanent hair removal.

After the melanin in the hair shaft selectively absorbs light energy, the light energy is converted into heat energy. The heat is transmitted through the hair shaft to the isthmus and bulge of the hair follicle (hair papilla, hair growth point), thereby destroying the blood vessels at the hair papilla and causing it to shrink due to heat, thereby achieving the effect of hair removal.

Laser hair removal technology is mainly invisible light, with gentle light emission suitable for whole body use, good penetration and no damage to normal skin, and the number of light emission is as high as tens of millions times.
Hair growth cycle
Hair is divided into growth phase, regression phase, resting phase. The hair follicles in the resting phase will metabolize and fall off, and then grow new hair follicles, and the hair will grow again, with a cycle of 28 days.
The unique epidermal cooling system (air cooling, water cooling, semiconductor cooling) and adjustable temperature mode can cool the skin epidermis to 5 degrees, effectively protect the skin from damage, and improve comfort.
The 15*26mm-15*40 spot treatment handpiece can be used for treatment parts of different sizes, precise treatment, fast sliding operation, improve the efficiency of hair removal, and quickly achieve hair removal effects.
808nm targeted precision treatment has no effect on normal skin, and will not cause inflammation and pigmentation after surgery.
The 808nm semiconductor laser can directly enter the deep layer of the hair follicles, be absorbed by the melanin particles in the hair and hair follicles, produce a photothermal effect, and accurately destroy the capillaries around the hair follicles, thereby achieving the effect of hair removal.