China best vaginal treatment co2 fractional laser machine with RF tube

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fractional DR566



  • High speed scanning fractional co2 laser head for skin resurfacing
  • graphicsSurgical heads mainly used for cutting skin tag and ingrown nails, compound nevus and intradermal nevus etc.
  • Gynecology heads1, 360° and 90° treatment, Gold Plated vertebral body laser has higher reflectivity and better therapeutic effect.
  • Gynecology heads2, vulva labia treatment,Labia whitening Melanin removal.20


  1. 4 in 1 System and five treatment heads, one machine offering wide range of applications
  – Fractional CO2 Laser for skin rejuvenation and scar removal
  – Normal CO2 laser for surgery operation
  – Vaginal mode for vaginal tightening and vaginal health
  – Labia whitening
  2. Korea imported 7 joint articulated arm,easy operation and emitting the laser energy accurately, greatly   reducec the energy loss
  3. Friendly operation system, density, depth, and shape, all can be adjusted, very convenient.
  4. Use scanning field lens instead of focusing lens for better evenness for scan in a flat. The diameter of spot  only 0.1mm.
  5.. Adopting high quality scan mirror, so the accuracy of the treatment is very high and the light  refracting speed is fast


LCD screen   8.0 inch color touch screen
Wavelength   10600nm
Output power   40W
Laser source   Glass tube
Laser output mode   Super pulse,CW,single pulse,repeated pulse
Working mode   Fractional,normal,gynae,vulvae mode
Scanning mode   Order,disorder,misplit
Scan pattern size   0.1*0.1mm-20*20mm
Pulse duration 0.1-10ms
Scanning shapes   Line,square,rectangle,triangle,hexagon,circle and oval
Cooling system   Water cooling,air cooling
Light transfer system   7 joint articulated arm to conduct laser
Power supply   220V/110V
Dimension of machine   43*40*110cm without articulated arm
Package standard   Aluminum alloy box
Gross weight    51kg

CO2 laser machine principle:

Fractional resurfacing is a new laser treatment modality that creates numerous microscopic thermal injury zones of controlled width, depth,and density that are surrounded by a reservoir of spared epidermal and dermal tissue,allowing for rapid repair of laser-induced thermal injury. This unique modality, if implemented with proper laser- delivery systems, enables high-energy treatments while minimizing risks.








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