Painless Diode Laser Hair Removal Machine Q Switched Nd Yag Laser 1064 Nm

 Diode Laser Beauty Instrument Whole Body Hair Removal And Skin Rejuvenation

808nm Diode Laser Machine use the principle of selective photothermolysis to target specific chromophores in the skin, usually melanin or blood. The lasers damage the chro mophores by selectively heating them while leaving surrounding tissue un-harmed. When treating unwanted hair, for example, the melanin in the hair folli- cles is targeted and damaged which results in the disruption of hair growth and regeneration.
The basic principle of Semiconductor laser hair removal treatment is the theory of selective photothermolysis, the machine issued 808nm laser, 808nm laser is easily absorbed without damaging the epidermis colored hair follicle, the energy of light emitted can be absorbed by the hair follicle pigmentation after converted into heat, thus increasing temperature in the hair follicle, when the temperature rises to a certain temperature, the hair follicles will be destroyed irreversible after a period of time, the damaged follicles are Excreted with the body's metabolism, so as to achieve permanent hair removal in 4-5 treatments. In the meanwhile, it can also do skin rejuvenation.
The operation and control part of the machine is located in the main cabinet, and the peripherals mainly include display screen, treatment handle, key switch and emergency stop switch.hapes.
Diode laser equipment adopts 808 nm, particularly effective to hair follicle melanocytes without injury surrounding tissue. The laser light can be absorbed by hair shaft and hair follicles in the melanin, and converted into heat, thus increasing the hair follicle temperature. When the temperature raises high enough to irreversibly damage the hair follicle structure, which disappear after a period of natural physiological processes of hair follicles and thus achieve the purpose of permanent hair removal.808nm Diode Laser Machine also known as 808nm diode laser hair removal,use the principle of selective photothermolysis to target specific chromophores in the skin, usually melanin or blood.