2016 1064nm 532nm long pulse nd yag laser q switched pigment lesions nd yag tattoo removal
USD $5,000 - $5,000 /Set
Min.Order:1 Set
Beijing Stelle Laser Technology Co., Ltd.
2016 Spot adjustable 1-7mm q switch nd yag laser price with 1064 532 1320nm
2016 Skin rejuvenation black tattoo removal q switched nd yag laser
2016 Professional portable nd yag laser korea for tattoo removal
STE 1064 nm / 532nm tattoo removal varicose veins q switched nd yag laser 2016
STE Factory price 1064 nm 532nm nd yag laser for tattoo removal&birthmark&nail fungus&black doll
2016 1064nm 532nm long pulse nd yag laser q switched pigment lesions nd yag tattoo removal
Principle of Treatment
Laser uses the high energy laser beams emitted by a sapphire to effectively smash pigments inside pathologically changed tissues, i.e. light explosion and photo-thermolysis principle: the high energy produced by the laser is emitted instantly, so that laser beams with a fixed wavelength can penetrate the epidermis into pathologically changed tissues within a certain working time (12ns), and quickly smash corresponding pigments, which expand rapidly and explode instantly due to extreme heat. A part of the pigment cluster (on the surface of the epidermis) pops out of the body, a part of the pigment cluster (inside basal tissues) are smashed into fine particles that can be devoured by macrophages, while some dirt and cuticle remaining on skin epidermis are smashed and decomposed by the principle of active carbon explosion, then devoured and digested by macrophages, and finally expelled out of the body via the circulation of the human lymphatic system, thus the pigments in the pathologically changed tissues will fade out and disappear gradually. And yet no damage will be done to the normal skin tissues in the vicinity since they do not absorb laser beams with a certain wavelength.
Name: PQ1
Brand: STELLE LASER
Laser Gun Original: Germany imported super pulse tight-inclusive diffuse gun
532nm handles Aluminum alloy 1064nm handles Aluminum alloy 532nm 1064nm 1320nm