Product Details

laser stretch mark removal

Fractional Co2 Laser machine Theory:

The carbon dioxide laser ( fractional co2 laser ) was one of the earliest gas lasers to be developed (invented by Kumar Patel of Bell Labs in 1964, and is still one of the most useful. Carbon dioxide lasers are the highest-power continuous wave lasers that are currently available. They are also quite efficient: the ratio of output power to pump power can be as large as 20%.
The fractional co2 laser produces a beam of infrared light with the principal wavelength bands centering around 9.4 and 10.6 micrometers. With fractional laser resurfacing the laser beam is broken up or fractionated into many small micro beams which are separated so that when they strike the skin surface small areas of the skin between the beams are not hit by the laser and left intact. 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.

Fractional Co2 Laser machine Applications:

Skin renewing and resurfacing;
Skin tightening;
Acne and acne scar removal;
Smooth burnt scars and surgery scars, dermabrasion etc-;
Remove intractable chloasmas and pigmentation;
Sun damage recovery

Fractional Co2 Laser machine Characters:

USA radio frequency laser
individual design of laser structure, greatly facility laser replacement and easy daily maintenance;
Display: 10.4” color touch LCD screen
Humanized software control, stable laser output, more safe
Smart articular arm, high accuracy
Excellent performance, not affect people’s normal life and study
Packing: aluminum alloy case

fractional co2 laser Treatment Interface:

Scanning Shapes:

You choose 6 different canning shaps,also you can change the size of scanning shaps at will according to your own needs.So the beam of light can achieve the treatment area accurately

square, rectangle, round, triangle, oval, 6-diamond shape and line

fractional co2 laser Specification:

Basic information	Wavelength	10.600 nm
	Pulsed radiofrequency	0.530 W
	Ultrapulse	1.Max power: 130W 2.Pulse width:200 to 500μs. you can choose
	Pulse	Average power: 40W
Matrix mode	Scan pattern	Square, rectangle, round, triangle, oval, 6-diamond shape, line or customized graphics
	Scan pattern size	0.1x0.1mm—20x20mm
	Dot quantity	400 dots at most
	Working state	ultrapulsed mode;
	Scan mode	free scan; Sequence scan; maximum distance scan
	Pulse duration	0.1-10ms
	Spot distance	0.1-2mm
	Pulse energy	1mj to 100mj is optional for each dot.
Technical specification	Laser apparatus	Sealed off laser device stimulated by direct current
	Condenser focus	f=50mm
	Beam divergence angle	0.3 mrad
	Spot size	≥0.2mm at the focus
	Radiation time / Interval time	0.01 1 s
	Aiming beam	635nm infrared ray
	Beam transport device	7 articular arm
Net weight		57 kg
Machine size		46x61x120cm
Power supply		220V/110V

fractional co2 laser Picture shows:

WHAT CAUSES STRETCH MARKS?

Stretch marks occur when the elastic middle layer of skin called the dermis is stretched. Stretching leads to a breakdown of connective tissue, inflammation, and then scar formation as the injury heals. It's the scarring that causes stretch marks to appear.

Stretch marks are common during puberty and rapid growth spurts in adolescence, pregnancy, excessive weight gain and obesity, pregnancy, when muscle mass increases rapidly and stretches the skin (like during bodybuilding), and sometimes when individuals use steroids for many months. Stretch marks are not a health risk but can be cosmetically unappealing.

How do they look like?
Stretch marks often start off as reddish or purplish in color and then become glossy skin that appears streaked in silver or white.
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Men and women can get stretch marks on several areas of their bodies, including the abdominal area, thighs, hips, breasts, upper arms or lower back.

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