The gold standard for hair removal adopts 808nm wavelength, and the effective penetration depth can reach the target target tissue (hair papilla). The appropriate pulse duration ensures that the target tissue produces sufficient thermal damage and the surrounding tissues are almost unaffected; the appropriate amount of energy density guarantees at the appropriate time The internal energy output is strong enough to damage the target tissue and the normal tissue is almost unaffected; suitable epidermal protection measures ensure sufficient damage to the target tissue while the epidermis is almost unaffected, thereby ensuring the safety of treatment and achieving the effect of permanent hair removal.

Principles of hair removal

The gold standard for hair removal adopts 808nm wavelength, and the effective penetration depth can reach the target target tissue (hair papilla). The appropriate pulse duration ensures that the target tissue produces sufficient thermal damage and the surrounding tissues are almost unaffected; the appropriate amount of energy density guarantees at the appropriate time The internal energy output is strong enough to damage the target tissue and the normal tissue is almost unaffected; suitable epidermal protection measures ensure sufficient damage to the target tissue while the epidermis is almost unaffected, thereby ensuring the safety of treatment and achieving the effect of permanent hair removal.

Instrument characteristics

Painless hair removal: The unique epidermal temperature cooling mode can cool the skin epidermis to 5 degrees, which can effectively protect the skin from damage. It feels refreshed without burning and tingling.

Fast hair removal: With a large 10*15mm spot, it eliminates the treatment dead zone formed by the traditional laser circular spot, and can perform large-area hair removal with high efficiency and fast speed.

Safe hair removal: Directly hit the melanin in the hair follicle, the epidermis absorbs less energy, so there is no loss of surrounding tissues, inflammation and melanin deposition.

Precise hair removal: The well-designed semiconductor laser can directly enter the dermis, and is absorbed by the melanin particles in the hair and hair follicles, producing a photothermal effect, and accurately destroying the capillaries around the hair follicles to achieve the effect of hair removal.