High Power Painless 755 808 1064nm Diode Laser Hair Removal Device
Best Selling High Power Painless 755 808 1064nm Diode Laser Hair Removal Laser
Specification
| Q-Switch | Yes |
| Style | Stationary |
| Laser Type | diode laser |
| Feature | hair removal |
| Technology | 808nm diode laser |
| laser Wavelength | 808nm |
| Light Spot | 1-7mm |
| Frequency | 1-5 HZ |
| Pulse energy | 0-1000MJ |
| OEM | Yes |
| ODM | Yes |
| Cooling system | wind + closed water circulation cooling |
Introducing the worlds most advanced laser hair removal system
Combined 808nm for All Skin Type, All Hair Colors
Diode Laser 808nm
With Gemany Imported Diode Laser;Half Treatment Time Perform more treatment sessions in
Diode Laser 1064nm
New experience for specialized darker skin hair removal 1064nm laser, 1064nm wavelength
Diode Laser 755nm
The most popular 755nm diode laser which replace the solid state alexandrite diode laser and
It is effective for melanin to absorb 755nm diode laser. This characteristic is good for villi hair
diode laser treatment handle. And the treatment time is getting shorter.
Diode Laser Technology for Hair Reduction
A diode laser uses semiconductor technology that produces coherent projection of light in the visible to
infrared range. It uses a light beam with a narrow spectrum to target specific chromophores in the skin.
Compared to other laser systems such as the Ruby and Alexandrite, the 800nm diode laser wavelength
offers the deepest penetration levels and superior melanin absorption. These unique characteristics
make the diode laser the most suitable technology for laser hair removal, enabling safe and effective
treatment of all skin and hair types, in all body areas.
How Does A Diode Laser Work?
Diode lasers use the principle of selective photothermolysis (abbreviated SPTL) to target specific
chromophores in the skin, usually melanin or blood. The lasers damage the chromophores by selectively
heating them while leaving surrounding tissue unharmed. When treating unwanted hair, for example, the
melanin in the hair follicles is targeted and damaged which results in the disruption of hair growth and
regeneration. A diode laser can be complemented by cooling technology, or other pain reducing methods
which improve treatment efficacy and patient comfort.





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