Diode and Pico Laser Skin Rejuvenation System
PL-687
diode laser for hair removal of different part; pico laser for removing chloasma, freckles, age spots, brown mole spots, acne marks and other endogenous pigments, wash eyebrows, tattoos, moles, birthmarks, remove Ota moles, etc.
Diode and Pico Laser Skin Rejuvenation System
Diode Laser
Semiconductor lasers are stacked with ultra-micro semiconductor laser chips. The basic treatment principle is biological effect. The 808nm laser emitted by this machine is easily absorbed by colored hair follicles without damaging the epidermal tissue. The energy emitted by the light is absorbed by hair and pigments in hair follicles. After being converted into heat, the temperature of the hair follicles is increased. When the temperature rises to a certain level, the hair follicles will be irreversibly damaged. After a period of time, the damaged hair follicles will be removed with the body's metabolism to achieve the purpose of permanent hair removal. Modern design, stable output, short exposure time, good effect of permanent hair removal, high safety.
Pico Laser
Using the light blasting effect, the high-intensity laser penetrate the epidermis and can reach the pigment clusters in the dermis layer. Because the energy has a short time of action and the energy is extremely high, the pigment clusters will quickly expand and explode after absorbing the high energy in an instant. After the particles are swallowed by macrophages, excreted, and the pigment gradually fades and disappears.
Machine Introduction
Parameters
Input Power | 2000W | |
Screen | 10.4inch touch screen | |
Cooling System | semiconductor, water cooling | |
Voltage | 110V/220V | |
Diode Laser | Wavelength | 808nm |
Mode | Single pulse and Contiuous pulse | |
Frequency | 1-10Hz | |
Pulse Width | 10-200ms | |
Energy Density | 0-150J/cm2 | |
Temperature | 0-40 degree | |
Spot Size | 10mm*12mm | |
Pico Laser | Wavelength | 1064nm, 755nm, 532nm |
Frequency | 1-10Hz | |
Fruence | 200-2000mj | |
Spot Size | 2-10mm(adjustable) |
Treatment Site
Operation