Description
Applications :
1) Acne scars
2) Eliminate the scar by traumatism or
operation; smooth burnt scars and surgery scars, etc
3) Improve skin texture and minimize
pore size
4) Rejuvenate neck ,arm, leg and
hands
5) Renew and resurface the
skin
6) Wrinkle
removal
7) Pigmentation removal
Features and Advantages
1) Reduced thermal damage to
surrounding tissues
2) Rapid healing and minimal
downtime
3) Adjustable scanning kinds of
patterns and different sizes
4) Adjustable intensity from zero to
maximum
5) Adjustable pulse
duration
6) Automatic alarm Systems for
operation and troubles
7) High return with no consumable
costs
Specifications:
1) Wavelength: *0.6
um±0.1um
2) Beam Transmission Systems:
*-Articulation joint Spring –Balanced Light Guiding
Arm
3) Power: 1～*0W
4) Operating Mode: Ultra Pulse
Factional Scan
5) Indication Beam: Green
semiconductor laser（**2nm, ≤5m W）
6) Operating Interface:8"TFT color
screen
7) Scanning area:
Max*0x*0mm（HFLS）
8) Scanning patterns: Rectangular,
Ellipse, Circle, Rect, straight line, hexagon,
triangle
9) Scanning speed :*0m/s
*0) Continuous: 1~*0W, Step Adjustable per 1 W
*1) Pulse Interval Time: 0~**9ms,Step
Adjustable per 1 ms
*2) Modulation: Frequency 0~**9Hz, Step Adjustable per
1Hz
*3) Cooling Systems: Built-in circulating water
cooling
*4) Power Supply: **0V AC/ *0 Hz or **0V AC/ *0 Hz or *0
Hz
Treatment theory
The CO2 laser produces a beam of infrared light with the
principal wavelength centering around 9.4 and *0.6 micrometers.
With fractional laser resurfacing, the laser beam is broken up or
fractionated into many small micro beams which are separated. These
small areas of untreated skin promote a much more rapid recovery
and healing with less risk of complications. The small areas
treated by the fractional micro beams, called micro treatment
zones, cause sufficient laser injury to promote new collagen
production and resultant facial skin rejuvenation.
