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A concentrated 808-810 nm wavelength bypasses the skin’s surface, reaching the hair root.
The melanin in the follicle absorbs light energy, converting it into heat (45–50°C).
Heat disrupts the follicle’s regenerative cells, preventing future hair growth.
Integrated cooling systems protect the epidermis, ensuring painless treatments.
It is the scientific principle behind diode laser hair removal, where specific light wavelengths target and destroy the hair follicle without damaging the surrounding skin tissue.
Diode laser hair removal utilizes a concentrated 808-810 nm wavelength, which is specifically optimized to bypass the skin's surface and target the root of the hair.
The melanin in the hair follicle absorbs the laser energy and converts it into heat (reaching 45–50°C). This heat disrupts the regenerative cells of the follicle, preventing future hair growth.
No, the treatment is designed to be painless. Integrated cooling systems protect the outer layer of the skin (epidermis) during the procedure to ensure patient comfort.
Safety mechanisms, including advanced built-in cooling systems, actively cool and protect the epidermis while the laser energy penetrates deep into the hair root.
