Principle:

Fractional photothermolysis creates an array of microscopic thermal wounds, called microscopic treatment zones, at specific depths.

Unlike other ablative and nonablative lasers, which produce layers of thermal heating, the creates microscopic columns of thermal damage,

sparing surrounding tissues and promoting more rapid healing. The treatment results which are collagen remodeling and skin turnover are excellent.

Removing lentigines and other discolorations and producing fresher, tighter, and more youthful skin could be little to no downtime.

Wavelength:

10600nm+/-100nm

Laser apparatus:

Sealed off laser device simulated by direct current

Optical beam quality:

TEM00

Output power:

30w

Spot size:

0.02~0.05mm2

Aiming beam:

Red semiconductor laser (635nm, less than 5mw)

Beam transport device:

Articulated arm with 7-joint and balance weight

Working mode:

Continuous operation

Output Mode:

Continuous, single pulse, interval pulse and super pulse

Scan scope:

Less than 20mmx20mm

Scan graphics:

Circle, triangle, square, rectangle,hexagon, ellipse, line

Scanning Mode:

Sequence , random and maximum distance scan

Scanning speed:

More than 10m/s

Duration:

1-30w, every 1w is adjustable

Pulse interval time:

0~999ms, every 1ms is adjustable

Modulation Frequency:

0~999HZ, every 1HZ is adjustable

Input power:

450VA

Cooling system:

Water and air circulation

Environment temperature:

5°C~40°C

Relative humidity:

Less than 80%

Power:

220V, 50HZ