Portable 1064nm ND YAG Optic Fiber Laser surgical liposuction
Laser liposuction - Theory
A. This machine is Intervention therapy. Using specific wavelength laser to break up cell wall of fat cells, formed holes in cell wall make cytoplasm outflow, then use the patented thin needle to draw the cytoplasm out of the body.
B. This machine has 2 parts. One part is for laser lipolysis, and another part is for laser liposuction. Some of other clients would choose only the melt part, because after we melt the fat, the fat loses activity after high temperature light, then the fat will absorbed directly by the body.
Laser liposuction - Feature
1. ND: Yag laser lipolysis system 1064nm wavelength
2.10W max output power
3. Freon Compression+ Water cooling system ensures a water temperature 5-35oC.
4: Short time operation, little injury, few bleeding.
Laser liposuction - Function
1. Lipolysis, Germeral sergery
2. EVLT (Endovenous Veins Laser Treatment)
3. PLDD (Percutaneous Laser Dsic Decompression )
4. Hemorrhoid, Orthopaedics, Dermatology, Nuero surgery, Vascular, ENT, Urology, Gynaecology
Laser liposuction -Accessory
MITSUBISHI Fiber Made In Japan
SMA 905 International Standard Fiber Connection.
MITSIBISHI Japan Made Fiber ensures good quality laser conduct rate more than 95%
Diameter 1.0mm for Body Treatment
Diameter 0.6mm for facial Treatment
Laser liposuction - Specification
| specification | Laser type | ND: Yag |
| Power source | 800W |
| Wavelength | 1064nm |
| Output power | 10W (max.) |
| Energy | 100mJ-1000mJ |
| Frequency | 1-10HZ |
| Laser conduct system | fiber conduct |
| Indicator | diode laser 3mW 650nm |
| Cooling system | Water cooling system/Freon Compression+ Water cooling system (5-35oC) (optional.) |
| Voltage | AC 220V/110V 50/60HZ 10A |
| size | Machine Size | 58(W) x34(L) x37(H)cm |
| Packing Size | 63(W) x39(L) x42(H)cm |
| Packing | Aluminous Case |
| Body material | ABS (Acrylonitrile Butadiene Styrene) |
| Machine color | White & Blue |
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Portable 1064nm ND YAG Optic Fiber Laser Lipo Smart Lipo Laser Images
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