Hyper-pulsed Fractional Co2 Laser Machine For Remove Ontractable Chloasmas Us800 Fraction Co2 Laser

Hyper-pulsed Fractional Co2 Laser Machine For Remove Ontractable Chloasmas US800

I.Theory

Unlike traditional laser, fractional laser will only cover part of the skin tissue, leaving the surrounding tissue intact, and then cause a series biochemical reactions inside the skin, thus to reach the results of skin lifting & resurfacing, pigments and scar removal, etc, finally let the skin return to young again. The unaffected areas act as a reservoir for more effective and rapid tissue healing and collagen production, thus lift the skin and removes speckles and pigments.

  

a)     Red areas are the zones of ablation in fully ablative standard resurfacing, which need longer healing time;

b)     Red areas are the microscopic treatment zones (MTZs) of fractional photothermplysis (FP) and the blue areas are the bridge of intact, unaltered skin which will stimulate collagen production, thus faster recovery as well as enhance effective.

c)     White dots are fractional laser on skin.

 

II．Applications:

     1.    Skin renewing and resurfacing

     2.    Wrinkle removal, skin tightening

     3.    Acne and acne scar removal

     4.    Smooth burnt scars and surgery scars, etc

     5.    Remove intractable chloasmas and pigmentation

     6.    Sun damage recovery

 

III. Features:

1.    Particular designed intelligent laser control system ensures a precise treatment

2.    Laser energy shooting is an even steady and safe treatment process.

3.    Wide range application, effective treatment

4.    Easy and fast treatment, no down time.

 

IV. Parameters:

Basic specification
Wavelength	10.6μm, far-infrared laser
Control	LCD 8.4 inch
Pulse frequency	33.3 Hz
Duration	0.1~10 ms
Distance	0.1~2.6 mm
Interval	0~6s
Repeat	1~5000ms
overlap	1~20 times
Average power	40W
Working mode:	Continuous pulse, single pulse, interval pulse
Scan Graphics	Square, rectangle, round, triangle, oval, 6-diamond shape, line
Dot quantity	400 dots at most
Working state	Hyper-pulsed mode
Scan mode	Sequence scan, Random scan, maximum distance scan
Pulse energy	10mj to 130mj is optional for each dot.
Technical specification
Condenser focus	f=50mm
Beam divergence angle	0.3 mrad
Spot size	0.2 mm
Aiming beam	Less than 2mW, 635nm red semiconductor laser
Cooling system	Closed loop circulating water + air cooling
Environment temperature	5-400C
Relative humidity	＜80%
Temperature in transit	-40-500C
Humidity in transit	＜85%
Beam transport device	Articulated arm with 7-joint and balance weight
Atmospheric pressure	86.0kpa-106.0kpa
Warming up time	2 min
Electromagnetic requirement	No electromagnetic
	Field interference
N. weight (kg)	55kg
Power supply	220V/110V

 

V. Before and After Treatment