Product TitleDiode Laser Hair Removal Machine 808nm VD56 — 6/8/10 Bar Options, 15 x 27 mm Spot, 2000 W — VCA LASER
Product BriefLaser Type: Diode Laser
Wavelengths: 808nm (single) or 808nm + 755nm + 1064nm (optional multi-wavelength)
Laser Bars: 6, 8, 10 options
Cooling System: Water + Air Fans + Semiconductor + Sapphire contact cooling
OEM & ODM: Supported
Principle and ApplicationThe system operates on the principle of selective photothermolysis: melanin in the hair shaft and follicle absorbs laser energy, causing a rapid temperature rise that damages follicle structures and adjacent tissues to achieve hair removal. The device is configured to treat various hair types across different skin phototypes with minimized discomfort and efficient session times.
Features- Treats a wide range of hair colors, from dark to light.
- Suitable for all skin types, from fair to dark.
- Shorter treatment sessions with adjustable parameters for individual needs.
- Designed for effective and safe long-term hair reduction.
SpecificationsLaser type: Semiconductor diode laser
Wavelength: 808nm (supports optional 755nm and 1064nm configurations)
Energy output: 10–200 J/cm2, adjustable
Pulse width: 50–400 ms, adjustable
Frequency: 1–10 Hz, adjustable
Display: 8.4" / 10.4" color touch screen
Spot size: 15 x 27 mm
Max output power: 2000 W
Pulse mode: Pulse
Contact cooling: Semiconductor + water + air fans + sapphire cooling
Power supply: 110/220V ±10%, 50/60 Hz
Guarantee3 years free warranty; lifetime maintenance available.
Technical Specifications- Model: VD56
- Brand: VCA LASER
- Laser Type: Diode (semiconductor)
- Available Wavelengths: 808nm; optional 755nm and 1064nm
- Laser Bars: 6, 8, 10
- Energy Range: 10–200 J/cm2 (adjustable)
- Pulse Width: 50–400 ms (adjustable)
- Pulse Frequency: 1–10 Hz (adjustable)
- Display: 8.4" or 10.4" color touch screen
- Spot Size: 15 x 27 mm
- Max Output Power: 2000 W
- Cooling System: Water + air fans + semiconductor + sapphire contact cooling
- Power Requirement: 110/220V ±10%, 50/60 Hz
- OEM/ODM: Supported