- Brief Introduction
- Advantages
- Specifications
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.
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
|
Wavelength |
10.6μm |
|
Power |
30W |
|
Indication beam |
Diode laser (532nm,5mW) |
|
Micro Pulse Energy |
5MJ ~ 100 MJ |
|
Transmission System |
7-Ariculation Joint Spring-Balanced Light Guiding Arm |
|
Scanning Mode |
Scanning area: min 0.1 ×0.1mm max 20 ×20mm Scanninh graphic: Rectangular, Ellipse, Round, Triangle Handle piece Velocity: 0.1~9cm²/s Scan depth:<2mm Estimated power:24mJ~1000J |
|
Continuous |
1~30W,step adjustable per 1W |
|
Pulse Interval time |
1~999ms, step adjustable per 1 ms |
|
Pulse duration |
90~1000μs |
|
Modulation Frequency |
1~999Hz, step adjustable per 1 Hz |
|
Cooling System |
Built-in water cooling |
|
Electrical requirement |
230VAC 50Hz 1000W |
|
Dimension(W×D×H) |
430mm×350mm×1050mm |
|
Weight |
35kg |
