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portable diode laser 810nm diode and alexandrite laser hair removal equipment Parameter Laser type Semiconductor laser wavelength 808 nm Output Mode pulse output Control Method Touch control Screen Size 8.4 Inc...
...~70J/cm2 (Deviation≤±2%) Pulse width range 1-400ms Spot size 12*20mm Frequency 1-10HZ Light spot surface temperature 0-30°C Cooling System Semiconductor+built-in water+Air Cooling triple cooling systems...
...~70J/cm2 (Deviation≤±2%) Pulse width range 1-400ms Spot size 12*20mm Frequency 1-10HZ Light spot surface temperature 0-30°C Cooling System Semiconductor+built-in water+Air Cooling triple cooling systems...
...Portable diode laser hair removal machine easy work Product Description Technical parameter below: Laser type Semiconductor laser wavelength 808 nm Output Mode pulse output Control Method Touch control Scree...
...Portable With DILAS Diode Laser Bar Parameter Laser type Semiconductor laser wavelength 808 nm Output Mode pulse output Control Method Touch control Screen Size 8.4 Inch Energy density 10~70J/cm2 (Deviation≤...
Portable diode laser hair removal machine laser diodo 808nm depilation lainless Parameter Laser type Semiconductor laser wavelength 808 nm Output Mode pulse output Control Method Touch control Screen Size 8.4 I...
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......
... the skin surface to reach the root of hair follicles, light can be absorbed and converted into heat damaged hair follicle tissue. So that hair loss regeneration without ......