Q Switched ND Yag Laser

Facial Q Switch Yag Laser Tattoo Removal Machine For Skin Whitenning 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

Pulsed Q Switched ND Yag Laser 220v With Lcd Screen For Pigmented Lesion Components of the Unit Description LCD screen :Show the work status and adjustable specifications. Handrail :Protect the main body and move the machine in short distance. Key switch :Turn on or turn off the system. Emergency shut-off Knob:Turn off the system on emergency. Joints arm:Transfer the light to the target area. Transformer Power supply socket :Connect with the power supply line plug. Pedal

Tattoo Removal Q Switched ND Yag Laser Beauty Machine 1064nm / 532nm Technical specifications: Lasertype Q-swiched ND: YAG Wavelength 1064nm/532nm Pulse Energy 400mJ-800mJ Maximum output energy density 15mJ/cm2 Pulse Duration 10ns Pulse rate 1-5Hz Cooling system Water cooling Power AC220v/50Hz/110v/60Hz Netweight 8kg Dimension 37cm(L)× 26cm(W)× 26cm(H) Theory of operating: The Q-switched ND: YAG laser delivers light of specific wavelengths with high energy which are absorbed

Q-Switched Nd-yag Laser Tattoo Removal Machine For Exogenous Pigment Technical specifications: Lasertype Q-swiched ND: YAG Wavelength 1064nm/532nm Pulse Energy 400mJ-800mJ Maximum output energy density 15mJ/cm2 Pulse Duration 10ns Pulse rate 1-5Hz Cooling system Water cooling Power AC220v/50Hz/110v/60Hz Netweight 8kg Dimension 37cm(L)× 26cm(W)× 26cm(H) Theory of operating: The Q-switched ND: YAG laser delivers light of specific wavelengths with high energy which are absorbed

400mJ Q-Switched Nd-yag Laser Tattoo Removal Machine For Stretch Marks Technical specifications: Lasertype Q-swiched ND: YAG Wavelength 1064nm/532nm Pulse Energy 400mJ-800mJ Maximum output energy density 15mJ/cm2 Pulse Duration 10ns Pulse rate 1-5Hz Cooling system Water cooling Power AC220v/50Hz/110v/60Hz Netweight 8kg Dimension 37cm(L)× 26cm(W)× 26cm(H) Theory of operating: The Q-switched ND: YAG laser delivers light of specific wavelengths with high energy which are

1064nm Q Switched ND Yag Laser For Body Tattoo Removal And Eyebrow Removal Treatment scope: Removal endogenous pigment: Nevus of Ota, coffee spot, age pigment, freckle etc ,For exogenous pigment: Tattoo of body, eyeline and eyebrow. Skin whitenning ,to 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. These tiny particles

15mJ/cm2 Q Switched ND Yag Laser Tattoo Removal Machine For Removing Scar 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. 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

Facial Q Switch Yag Laser Tattoo Removal Machine For Skin Whitenning 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

Pulse Q Switched ND Yag Laser With High Energy For Permanent Tattoo Removal 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