Triple/3 waves diode laser for repair handpiece 600W
Triple-Wave Diode Laser is an improved and completely new technology in Diode Laser. The power and laser bars are even better in Triple-wave Diode Laser = Stronger power, better treatment results.
Triple-wave Diod Laser has three wavelengths in one handle; 755 nm, 808 nm and 1064 nm.
Therefore, this can be used for permanent hair removal for all skin types, including blonde and dark hair.
808 nm = standard wavelength for all hair types.
755 nm = specifically effective for blonde hair.
1064 nm = specifically effective for dark or tanned skin.
It has 10 HZ repetition rate and "IN-Motion" intelligent mode to get the fastest processing at speeds up to 10 shots per second.
The Triple-Wave Diod Laser works with 3 wavelengths, which come out at the same time to work in different depths to achieve permanent hair removal of all skin types and hair types.
ALEX 755 nm wavelength.
The Alexandrite wavelength offers more powerful energy absorption of the melanin chromophore, making it ideal for the widest range of hair types and colors - especially light colored and thin hair. With more superficial penetration, the wavelength of 755 nm targets the bulge of the hair follicle and is particularly effective for superficially embedded hair in areas such as the eyebrows and upper lip.
SPEED 808 nm wavelength.
The classic wavelength laser hair removal , 808 nm wavelength, offers deep penetration of the hair follicle with high average power and high repetition rate. Its deep penetration ability targets the hair follicle while moderate penetration of tissue depth makes it ideal for treating arms, legs, cheeks and beards.
YAG 1064 nm wavelength.
YAG 1064 wavelength is characterized by lower melanin absorption, making it a focused solution for darker skin types. At the same time, 1064 nm offers the deepest penetration of the follicle, allowing it to focus on treating deeply embedded hair in areas such as the scalp, armpits and genitals. With higher absorption, a higher temperature is generated, the 1064 nm wavelength incre