The new developed RF CO2 fractional laser fires a laser beam through RF CO2 tube which is split into numbers of microscopic beam, producing tinier dot than general CO2 laser (glass tube). The treatment tip can vaporize the outmost layers of the skin across a large surface by creating thousands of tiny, microscopic laser wounds, spaced in an even pattern across the skin, but leaving areas of healthy, untreated skin between them, the lower collagen layer of the dermis is stimulated to renew and repair. Therefore, the heat of laser only passes deeply through the factional damaged area; the surface of skin now contains only microscopic surface wounds, in stead of a large, red, oozing burn. During the skin self-resurfacing, a great amount of collagen is produced for skin rejuvenation, after some recovery, the newly-generated skin is remarkably smoother, healthier.
| Fractional Co2 Laser machine | |
| Wavelength | 10600nm |
| Power | 60W |
| Indication Beam | Diode Laser(532nm,5mw) |
| Micro Pulse Energy | 5mj-100mj |
| Transmission System | 7-Ariculation Joint |
| Scanning Mode | Scanning Area：Min 0.1 X 0.1mm-Max 20 X 20mm |
| Scanning Graphic | Rectangular, Ellipse, Round, Triangle |
| Handle Place Velocity | 0.1-9cm²/s |
| Scan Depth | 2mm |
| Estimated Power | 24mj-1000j |
| Continuous | 1-30w,Stem Adjustable Per 1w |
| Pulse Interval Time | 1-999ms,Step Adjustable Per 1w |
| Pulse Duration | 90-1000us |
| Modulation Frequency | 1-999hz,Step Adjustable Per 1hz |
| Cooling System | Built-in Water Cooling |
