Diode hair removal laser 755+808+1064nm, 1 tip, white color

Laser energy is absorbed by the three main components of the skin - oxyhemoglobin, water and melanin. During a professional laser hair removal procedure, a large amount of melanin absorbs the laser energy. This is very important when working with dark skin, as people with phototype 4, 5 or 6 on the Fitzpatrick scale have a significantly higher amount of melanin in their skin and are at a higher risk of sunburn. Hair also contains melanin (pigment), which is the main target of the hair removal procedure. When deciding which professional hair removal equipment is the most effective, it is important to keep the following 3 aspects in mind:
• Alexandrite – laser wavelength 755 nm
This type of laser has the widest spectrum of action, ideal for different types and colors of hair, the main chromophore of this laser is melanin. The depth of penetration, compared to other types of laser, is superficial, so it is most suitable for hair removal in the facial area (eyebrows, upper lip).
• Diode laser - wavelength 810 nm
The wavelength of the hair removal laser allows it to penetrate deep into the hair follicle at high or medium laser power, the diode laser has a medium melanin absorption rate, making it safe for darker skin types, and its medium tissue penetration makes it ideal for the hand. hair removal. , legs, cheeks and beard.
• Nd:YAG - wavelength 1064 nm
The Yag 1064 wavelength has the least melanin absorption, making it more accurate for darker skin types. In addition, 1064 nm provides the deepest penetration into the hair follicle, allowing you to work with deep-rooted hair in areas such as the scalp, underarms and pubic area. This laser is universal, its target is not melanin (as in alexandrite lasers), but most components of the follicle. With this type of laser, skin tanning is not an obstacle to hair removal.
The main chromophore of this laser is oxymelanin and water. Redness of the skin and dilated capillaries can be removed with this laser.