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810nm Diode Laser Hair Removal Machine

The SDL-E 810nm diode laser hair removal machine is an equipment developed by Sincoheren according to the market trend of laser hair removal machine. It uses the unique 810nm long-pulsed laser to penetrate the epidermis cells and reach the hair follicle. According to the selective photothermolysis, the energy generated by laser can be preferentially absorbed by the melanin in hair. Then the energy will destroy the hair follicle, thus the hair can not regenerate again. During the treatment, the unique contact cooling system of the system can cool down and protect your skin effectively, thus realizing painless, rapid and permanent hair removal.

This laser hair removal machine adopts continuous pulse output so that it can realize rapid sliding treatment after choosing the ideal parameters. During treatment, the 810nm laser will penetrate the epidermis layer to corium layer. The laser energy will by absorbed by the follicle with melanin and the surrounding tissues. Then the energy will be transferred into heat energy, thus disabling the stem cells in follicle. Which means that the follicle is destroyed and the hair will stop growing. The rapid sliding treatment based on continuous pulse output can realize safer, more convenient and faster laser hair removal.

Technical Parameters
Laser type Fiber Coupled Diode Laser
Wavelength 810nm
Fluence 0-100J/cm2
Frequency 1Hz-10Hz
Spot size 12mm×14mm
Cooling temperature - 4℃ to 10℃ is adjustable
Input power 800VA
Power source 110-240VAC,50-60Hz
Dimensions (LxWxH) 550mm×370mm×300mm
Net weight 20Kg
Language Chinese, English, German, Spanish and Russian
  • Welcome screen
  • Self-checking interface
  • Working interface

Technical principle:
The selective photothermolysis of laser plays decisive role in hair removal. It is the basic principle of diode laser hair removal. Because of the good absorption of the target (the melanin in hair follicle and hemoglobin in nutrient vessel of hair papilla) to laser of specific wavelength and the fact that the length of treatment is equal to or less than the thermal relaxation time (the time required to reduce the temperature of the target tissue by half), the photothermolysis will be restricted to the target tissue, thus protecting the surrounding tissue from the heat generated by the target tissue after absorbing the laser energy. Then this machine can effectively destroy the hair follicle and block hair regeneration without the forming of cicatrix. The symptom can be retrograde degeneration of hair follicle and hypo-pigmentation of the regenerated hair etc. The hair follicle in growing period has pigment in the best status, so that it can absorb the laser of specific wavelength to realize effective treatment. So the diode laser hair removal features safety and permanent hair removal. The 810nm diode laser can penetrate skin tissue up to 2.5mm which covers hair follicle of different zone and depth. The melanin spreads throughout the follicular matrix cells and then be transported to the hair shaft when the hair is growing. The hair follicle epithelium, hair papilla and the root of hair follicle with stem cells is rich in melanin which can selectively absorb laser energy. The heat energy generated will cause instantaneous local high temperature which can destroy the hair follicle and hair shaft, thus blocking and stopping the hair growth. The light energy will easily be absorbed by the melanin in hair follicle and hemoglobin in nutrient vessel of hair papilla, then producing photothermolysis. There will be thermal expansion in hair follicle when the temperature rises sharply to a certain degree, causing melanocyte rupture in hair follicle and then the debris will be rushed out through the pore by steam. Meanwhile, nutrient vessel of hair papilla will be destroyed caused by hemoglobin coagulation. This dual effect can realize effective hair removal.