Specifications

CO2 fractional laser for acne treatment
High quality CO2 Fractional Laser
Designed by South Korea
10600nm wavelength
CE

CO2 fractional laser for acne treatment

Model #: MES-300

 

How it works?

CO2 Fractional Laser System fires a laser beam which is split into numbers of microscopic beams, producing tiny dot or fractional treatment zones within the selected target area only. Therefore, the heat of laser only passes deeply through the fractional damaged area. This allows the skin to heal much faster than if the whole area was treated. During the skin self-resurfacing, a great amount of collagen is produced for skin rejuvenation, eventually the skin will look much healthier and younger.

 

 

Applications:
Skin renewing and resurfacing
Wrinkle removal, skin tightening
Acne and acne scar removal
Smooth burnt scars and surgery scars, etc
Remove intractable chloasmas and pigmentation
Sun damage recovery.

 

 

Advantages:
1. It will have thermal shock on a small area of skin and retain that portial skin is not affected
2. The fractional laser can remove the stain of the skin to stimulate the hyperplasia of collagen
3. Without effecting to the skin organizations as the thermal diffusion region to avoid any possible heat injury and to promote the healing of skin
4. A few days after collagen hyperplasia of micro-heating area appear micro-callus exfoliation, the effects of treatment maintained over the years
5. Operate easily, pain is minor, non-bleeding, no side effects, short recovery period
6. Shorter treatment time, non-chromatosis and no pigment miss out, no additional consumables
7. Cover area of 20% every treatment, total 4-6 times treatment, interval 3-4 weeks.

 

Specifications:

wavelength	10.6μm, far-infrared laser
Pulsed radiofrequency	0.530 W
Hyper-pulse	1.Max power: 120W 2.Pulse width:200 to 500μs is optional
Pulse	1. Average power: 0.5-25W 2. Pulse frequency:33.3 Hz
Scan Graphics	Square, rectangle, round or customized graphics
Dot quantity	400 dots at most
Working state	Hyper-pulsed mode
Scan mode	Sequence scan or Random scan
Pulse energy	5mj to 80mj is optional for each dot.
Laser apparatus	Sealed off laser device stimulated by direct current
Condenser focus	f=100mm
Beam divergence angle	0.3 mrad
Spot size	Min 0.1mm at the focus
Max power intensity	75,000 W / cm²
Radiation time	0.01 1 sec
Interval time	0.01 1 sec
Aiming beam	Less than 2mW, 635nm red semiconductor laser
Beam transport device	Articulated arm with six segments and balance weight
Power supply	220±22V AC, 50±1Hz,10A

 

 

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