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Newangie Diode Laser 808nm 755nm 1064nm Hair Removal Laser 3 Wavelengths
In the field of laser hair removal, wavelength selection directly determines the safety and efficacy of the treatment. Newangie’s high-end laser hair removal device innovatively integrates three distinct wavelengths—755nm, 808nm, and 1064nm—to achieve comprehensive coverage across various skin types and hair textures. Consequently, it has become the preferred choice for numerous medical aesthetic institutions—including clinics, beauty salons, and spas—seeking to provide their clients with safe and painless hair removal services.
During a laser hair removal treatment, light passes through the skin and is absorbed by the melanin in the hair shaft. the 3 wavelength could effect different depth of hair follicle area. This absorption raises the temperature of the hair follicle and thermally destroys the cells responsible for regrowth.
For fast, safe, painless and permanent hair removal on all 6 skin types, Suitable for any unwanted hairs on areas like face, arms, armpits, chest, back, bikini, legs...
Featuring four easily interchangeable spot sizes (13×28mm, 13×24mm, 13×13mm, and 6mm), this system is suitable for full-body hair removal treatments. It maintains a stable energy density without the need to switch handpieces, delivering efficient and nearly painless hair removal results.
In addition to precise wavelength configuration, Newangie’s triple-wavelength laser hair removal device incorporates multiple technologies to ensure an optimal treatment experience.
Regarding the cooling system, the device employs a quadruple-layer design—combining TEC thermoelectric cooling, water cooling, air cooling, and a heat sink—enabling the treatment handpiece to rapidly cool down to -25°C within a short timeframe. This effectively protects the epidermis and delivers a "painless, ice-cold" treatment experience.
In terms of energy output, the device boasts a power capacity of up to 1800W, with a laser lifespan exceeding 1 billion pulses, ensuring stable and reliable long-term operation. Furthermore, uniform beam profile technology minimizes the occurrence of "hot spots," thereby further enhancing treatment safety.
