Alex 755nm Wavelength
For the widest range of hair types and color. The Alexandrite wavelength offers more powerful energy absorption by the melanin chromophore, making it ideal for the widest range of hair types and color- especially light-colored and thin hair. With more superficial penetration, the 755nm wavelength targets the Bulge of the hair follicle and is especially effective for superficially embedded hair in areas such as the eyebrows and upper lip.
Speed 810nm Wavelength
Half the treatment time.
The classic wavelength in laser hair removal, the 808nm wavelength, offers deep penetration of the hair follicle with high average power, a high repetition rate and a large spot size for fast treatment. 808nm diode laser has a moderate melanin absorption level making it safe for darker skin types. Its deep penetration capabilities target the Bulge and Bulb of the hair follicle while moderate tissue depth penetration makes it ideal for treating the arms, legs, cheeks and beard.
Yag 1064nm Wavelength
Specialized for darker skin types.
The Yag 1064 wavelength is characterized by lower melanin absorption, making it a focused solution for darker skin types. At the same time, the 1064nm offers the deepest penetration of the hair follicle, allowing it to target the Bulb and Papilla, as well as treat deeply embedded hair in areas such as the scalp, arm pits and pubic areas. With higher water absorption generating a higher temperature, the incorporation of the 1064nm wavelength increases the thermal profile of the overall laser treatment for most effective hair removal.
808nm + 755nm + 1064nm
USA Lasertel imported laser bar
Diode laser energy
Nd:yag laser energy
Diode laser pulse width
Wind + Water + Semiconductor + Display cooling + HSPC
CE, ISO13485, ROHS
Applications of 755 808 1064 diode laser
Permanently hair removal; High efficient, advanced professional hair removal treatment for unwanted hair such as hair around lip, beard, armpit hair, hair on arms, legs, bikini area. The best hair removoal technology in the word.