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ODM Salon Permanently Without Pain Diode Laser Hair Removal Machine
Working Theory
During laser hair removal treatment, light passes through the skin and is absorbed by the melanin in the hair shaft. Effective laser hair removal only happens when the melanin in the hair shaft heats up from the laser light and the heat is conducted to the growth cells and root causing thermal damage. This thermal damage destroys the growth cells and impedes future growth.
Advantages:
Specifications:
Laser source | Diode stack |
Wavelength | 808nm |
Laser class | Class 4 |
Electric Security Classification | Type B ClassⅠ |
Pulse width | 5ms-400ms |
Repetition rate | 1Hz-10Hz |
Laser aperture size | 14mm*12mm |
Spot size | 12mm*10mm |
Fluence | 0-120J/cm 2 |
Input power | 1300 VA |
Cooling system | Semiconsuctor cooling+water cooling+air cooling |
Dimensions (L×W×H) | 480 mm× 470 mm× 1045 mm |
Weight (NW) | 40kg |
Fuse protector | T6.3A,250VAC |
Power | 110-240VAC, 50-60Hz |
CORE PRINCIPLES
Diode laser hair removal machine is a laser that produces a larger beam of highly concentrated light. The laser beam is well absorbed by the pigment located in the hair follicles. During the procedure, the laser pulses for a fraction of a second, allowing the hair to absorb the energy and heat up.
As it heats up, the hair shaft and bulb are damaged which significantly
impedes its ability to re -grow. And with the large spot size, the process treats numerous hair follicles simultaneously, making the treatment much faster than traditional IPL and other hair removal alternatives.