Mini 1064nm / 532nm Q-Switched Yag Laser Tattoo Removal Machine With Medical CE
| Place of Origin: | Beijing |
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Company Profile
| Location: | Beijing, China (Mainland) |
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| Business Type: | Manufacturer |
| Main Products: | Cryolipolysis Slimming Machine, Ultrasonic Cavitation Slimming Machine, Lipo Laser Slimming Machine |
Product Description
Mini 1064nm / 532nm Q-Switched Nd Yag Laser Tattoo Removal Machine With Medical CE
Technical specifications:
| Lasertype | Qswiched ND:YAG |
Wavelength | 1064nm/532nm |
| Pulse Energy | 400mJ-800mJ | Maximum output energy density | 15mJ/cm2 |
| PulseDuration | 10ns | Pulse rate | 1-5Hz |
| Coolingsystem | Water cooling | Power | AC220v/50Hz/110v/60Hz |
| Netweight | 8kg | Dimension | 37cm(L)X26cm(W)X26cm(H) |
Application:
Removal endogenous pigment: Nevus of Ota, coffee spot, age pigment, freckle etc
For exogenous pigment: Tattoo of body, eyeline and eyebrow.
Skin whitenning
Remove striae gravidarum.
Removal endogenous pigment: Nevus of Ota, coffee spot, age pigment, freckle etc
For exogenous pigment: Tattoo of body, eyeline and eyebrow.
Skin whitenning
Remove striae gravidarum.
Theory of operating:
The Q-switched ND: YAG laser delivers light of specific wavelengths with high energy which are absorbed by the pigment in the tattoo and result in a shockwave. The shockwave shatters the pigment particles, releasing them from their encapsulation and breaking them into fragments small enough for removal by the body. These tiny particles are then eliminated by the body. Since this specific wavelength can only be absorbed by pigment particles, no injury to skin and normal tissues will occur.
The Q-switched ND: YAG laser delivers light of specific wavelengths with high energy which are absorbed by the pigment in the tattoo and result in a shockwave. The shockwave shatters the pigment particles, releasing them from their encapsulation and breaking them into fragments small enough for removal by the body. These tiny particles are then eliminated by the body. Since this specific wavelength can only be absorbed by pigment particles, no injury to skin and normal tissues will occur.
