Permanent Hair Removal Machine Diode Laser 3 in 1 (Diode Laser+Alexandrite+Nd.YAG)
Working Principle of the Diode Laser Hair Removal Machine:
Diode Laser Permanent Hair Removal BM106 is the most complete and effective laser hair removal machine available today,the working principle of this machine is that the system involves a beam of concentrated light and heat which is directed into the hair follicles.Therefore it can get to the melanin contained in them. The pigment absorbs the laser energy and will be destroyed so as to inhibite hair growth in the affected hair follicles. The laser energy is directed at these follicles while simultaneously protecting the surrounding skin from harm.
755nm Laser: The 755nm is characterized by more powerful melanin absorption, making it suitable for the light-colored and thin hair. In this way, this wavelength aims to remove the hair on such areas as eyebrows, upper lip, etc. 808nm Laser: Suitable for almost all hair types, the 808nm can penetrate into the subcutaneous fat tissues as well as deep dermis so as to act on various body parts, making hair removal at any depth realized in an express and thorough way. 1064nm Laser: Because the 1064nm possesses the features of lower melanin absorption yet deeper penetration in follicles, it mainly provides solutions for dark hair color. In other words, this longest wavelength focuses on the treatment areas like scalp, armpits, bikini line, etc.
Advantages of Permanent Hair Removal Machine:
1. Three wavelengths integrate in the same device.755nm, 808nm, and 1064nm laser are perfect for all skin types (I, II, III, IV, V, VI), and all hair types such as thick, thin, black, gray, blond, brown, at any time of the year.2. 15mm*15mm or 20mm*20mm (4cm2) big spot size, you can choose them according to your needs.3. 12 high-quality laser bars imported from “USA-COHERENT”.4. The laser generator can fire up to 50 million.5. Cooling system: semiconductor + wind + microchannels water outlet + sapphire + TEC, guarantee no pain and permanent hair removal.