Description
Fractional
resurfacing is a new laser treatment modality that creates numerous
microscopic thermal injury zones of controlled width, depth, and
density that are surrounded by a reservoir of spared epidermal and
dermal tissue, allowing for rapid repair of laser-induced thermal
injury. This unique modality, if implemented with proper
laser-delivery systems, enables high-energy treatments while
minimizing risks.
Indications:
Skin
resurfacing (to improve texture)
Pigmented
lesions: age spots / brown spots / sun spots
Wrinkles
around the eyes
Acne
scars
Surgical
scars
Melasma
(mask of pregnancy)
Actinic
Keratoses
Specifications
Laser
Type:
*0.6μm
Output
Power:
≥*0W
Starting
Voltage: ≤*5kV
Operating
Voltage:
≤*5kV
Operating
Current:
≤*5mA
Focal length
of working head: f=*0mm
Indication
Beam:
Diode Laser（**2nm,
5mW）
Transmission
System: *-Articulation Joint Spring Arm
Smoke
Exhausting System: Built-in air blow
Cooling
System:
Water cooling
Environmental
temperature: ***0C
Relative
Humidity: ≤*0%
Power
Supply:
AC**0Vï¼›*0Hz
Working
Mode
Continuos:
power 1~*0W step adjustable each 1 W
Pulse:power
1~*0W step adjustable each 1
Interval time: 1~**9ms
Ultra pulse:
power 1~*0W step adjustable each 1
modulated frequency of ***0 Hz
Pulse Duration:******0μs
Scanning
mode:
scan mode:
Ellipse, Rectangular.
Repeat
Delay: 0.1s***- 5.0s.
Micro Pulse
Energy: 5mJ****0mJ.
Treatment
Level: 0.*0%******5.0%
.
Passes:
*******0 times.
Estimated
Power: *4mJ*****0J.
Ellipes
estimated power: *1mJ*******0J
Rectangular
estimated power:*4mJ******1J
Treatment
area: 0.1*0.1mm, ****- *5**5mm.
Handpiece
Velocity: 0.******9cm2/s
Scanning
Depth:<2.0mm
