Product Description
Function
Treatment Theory
Specification
Name | 808nm Diode Laser Hair Removal System |
Laser Generator Power | 1200w |
Machine Type | P-808s diode laser |
Laser Type | Semi-conductor laser |
Laser wavelength | 808nm |
Sapphire size | 12*12mm or 12*23mm |
Energy Density | 10~120j/cm2 (continuous adjustable) |
10~120j/cm2 (continuous adjustable) | 10~1200ms(continuous adjustable) |
Repetition frequency | 0.5~10HZ |
Cooling way | Sealed inner-circle water cooling system |
Treatment head temperature | -10~4℃ |
Power rating | 2000w |
Power supply | AC220V±10%,50Hz,10A |
Security Classification | ClassⅠ, type BF |
Weight | 45 kg |
External dimensions | 693mm×460mm×550mm (length*width*height) |
Our Advantages
Packing & Delivery
Exhibition
Certifications
Payment Way
FAQ
WHAT IS DIODE LASER HAIR REMOVAL?
Hair removal is among the most common aesthetic concerns worldwide and concerns both men and women.like diode laser hair removal, wax hair removal, SHR hair removal,
TREATMENT OPTIONS
There are several options available for hair removal, and many over the counter options, although most are not permanent. Permanent hair reduction can only be achieved through the application of energy directly to the hair follicle.
HOW DOES DIODE LASER WORK?
The removal or permanent reduction of unwanted hair by laser light depends on the scientific principle of selective photothermolysis. When the correct wavelength of laser light is applied to hair in the treatment area, melanin in the hair absorbs the light, which is converted into heat energy. Buildup of thermal energy causes the destruction of hair follicles as well as associated stem cells and dermal papillae, while the surrounding skin is undamaged. Some follicles will only be damaged or may regrow, so numerous treatments are required to reduce or eliminate unwanted hair effectively for a persistent result.
To successfully remove unwanted hair by laser treatment, one must carefully apply energy so that hair follicles are damaged but nearby skin and tissues are spared. This can be more or less difficult depending on each patient's individual characteristics such as skin color, hair color, and hair thickness. When treating hair with a laser, one can account for these characteristics by
adjusting treatment parameters such as fluence, pulse width, and repetition rate. Many devices are limited in their utility because the different parameters cannot be adjusted independently (if at all). Understandably, treatment of darker skin is more challenging due to the higher concentration of melanin in the skin as a competing chromophore; in those cases treatment may be too painful or cause burning.but our diode laser can do it.
To successfully remove unwanted hair by laser treatment, one must carefully apply energy so that hair follicles are damaged but nearby skin and tissues are spared. This can be more or less difficult depending on each patient's individual characteristics such as skin color, hair color, and hair thickness. When treating hair with a laser, one can account for these characteristics by
adjusting treatment parameters such as fluence, pulse width, and repetition rate. Many devices are limited in their utility because the different parameters cannot be adjusted independently (if at all). Understandably, treatment of darker skin is more challenging due to the higher concentration of melanin in the skin as a competing chromophore; in those cases treatment may be too painful or cause burning.but our diode laser can do it.