BS-TR8 model portable Q-switch Nd:YAG tattoo removal is based on instantaneous high energy of ND:YAG laser technology. It supports 1064 and 532nm wavelength, which is widely used for tattoo removing, eye line and eyebrow removing and pigment removing. The BS-TR8 is specially designed for small clinics with its high mobility feature.
The pigmentation of body can be effectively broken up into pieces and removed by laser instantaneous high energy. Laser at certain wavelength can penetrate epidermis to lesion tissues within the extremely short time, then break up the corresponding chromospheres immediately. The corresponding pigment expands rapidly and explodes into pieces. Part of the pigment will be bounced out from patient’s body at the moment, while the other part the pigment will split into the tiny granules that can be engulfed by phagocytes of the body. After the digestion of phagocytes, it can be excluded from the lymphatic system. The pigment of the injured tissues gradually becomes shallow until disappears, while no injured trace will be left on the peripheral normal tissues, for they will not absorb the laser of the fixed wavelength.
Entire solid state laser green environmental protection machine
Special designed for long-time working environment with stable output
Permanently removal of pigment, safe treatment and low risk of scarring
Exchangeable aimer/filter tip with lens for different tattoo type
Exchangeable handpiece for easy replacement and maintenance
With the flexibility in treatment energy control gives little but tolerable pain effect
LCD display with background light
High mobility for easy carrying, with aluminum alloy hand-carry box
Advances in Q-switched Nd:YAG and Ruby laser technology have now made laser tattoo removal one of the easiest and most profitable aesthetic procedures to offer for new and established practices. Quanta Q-switched tattoo removal lasers allow for multiple configurations, uses and pricing which provides opportunity for a significant return on investment.
Blue, grey and black tattoos can be removed with a Q-switched Nd:YAG laser (1064 nm wavelength).
The colour of the tattoo and the depth of the pigment influence the duration and the outcome of the laser treatment.
Laser treatment involves the selective destruction of ink molecules that are then absorbed by macrophages and eliminated.
Typical settings are pulse duration: 10 nanoseconds, output energy: 300¬500Mj.