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: 10.6μm Output Power: W Starting Voltage: kV Operating Voltage: kV Operating Current: mA Focal length of working head: F=50mm Indication Beam: Diode Laser(532nm, 5mW) Transmission System: 7-Articulation Joint Spring Arm Smoke Exhausting System: Built-in air blow Cooling System: Water cooling Environmental temperature: 5-40C Relative Humidity: Power Supply: AC220V; 50Hz Dimension: 430mm*350mm*1050mm Weight: 25kg Working Mode Continuos: Power 1~30W step adjustable each 1 W Pulse: Power 1~30W step adjustable each 1 Interval time: 1~999ms Ultra pulse: Power 1~30W step adjustable each 1 Modulated frequency of 1000 Hz Pulse Duration: 90-1000μs Scanning mode: Scan mode: Ellipse, Rectangular. Scanning Range: 15*15mm Repeat Delay: 0.1s---- 5.0s. Micro Pulse Energy: 5mJ---50mJ. Treatment Level: 0.30%-----25.0%. Passes: 1-----10 times. Estimated Power: 24mJ--1000J. Ellipes estimated power: 31mJ----1000J Rectangular estimated power: 24mJ----981J Treatment area: 0.1*0.1mm, ----- 20*20mm. Handpiece Velocity: 0.1-----9cm2/s Scanning Depth: <1.8mm