808nm diode laser equipment

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Treatment theory Adopts mixed wavelength 755nm&808nm&1064nm, particular effective to hair melanocytes without injury surrounding tissue. The laser light can be absorbed by the melanin in hair follicles, and converted into heat, thus increasing the hair follicle temperature. When the temperature raises high enough to irreversibly damage the hair follicle structure, the hair will disappear after a period of natural physiological of hair follicles and thus achieve the purpose

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Treatment theory Adopts mixed wavelength 755nm&808nm&1064nm, particular effective to hair melanocytes without injury surrounding tissue. The laser light can be absorbed by the melanin in hair follicles, and converted into heat, thus increasing the hair follicle temperature. When the temperature raises high enough to irreversibly damage the hair follicle structure, the hair will disappear after a period of natural physiological of hair follicles and thus achieve the purpose

1,Treatment theory Adopts mixed wavelength 755nm&808nm&1064nm, particular effective to hair melanocytes without injury surrounding tissue. The laser light can be absorbed by the melanin in hair follicles, and converted into heat, thus increasing the hair follicle temperature. When the temperature raises high enough to irreversibly damage the hair follicle structure, the hair will disappear after a period of natural physiological of hair follicles and thus achieve the purpose

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Treatment theory Adopts mixed wavelength 755nm&808nm&1064nm, particular effective to hair melanocytes without injury surrounding tissue. The laser light can be absorbed by the melanin in hair follicles, and converted into heat, thus increasing the hair follicle temperature. When the temperature raises high enough to irreversibly damage the hair follicle structure, the hair will disappear after a period of natural physiological of hair follicles and thus achieve the purpose

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Treatment theory Adopts mixed wavelength 755nm&808nm&1064nm, particular effective to hair melanocytes without injury surrounding tissue. The laser light can be absorbed by the melanin in hair follicles, and converted into heat, thus increasing the hair follicle temperature. When the temperature raises high enough to irreversibly damage the hair follicle structure, the hair will disappear after a period of natural physiological of hair follicles and thus achieve the purpose

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Treatment theory Adopts mixed wavelength 755nm&808nm&1064nm, particular effective to hair melanocytes without injury surrounding tissue. The laser light can be absorbed by the melanin in hair follicles, and converted into heat, thus increasing the hair follicle temperature. When the temperature raises high enough to irreversibly damage the hair follicle structure, the hair will disappear after a period of natural physiological of hair follicles and thus achieve the purpose

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Treatment theory Adopts mixed wavelength 755nm&808nm&1064nm, particular effective to hair melanocytes without injury surrounding tissue. The laser light can be absorbed by the melanin in hair follicles, and converted into heat, thus increasing the hair follicle temperature. When the temperature raises high enough to irreversibly damage the hair follicle structure, the hair will disappear after a period of natural physiological of hair follicles and thus achieve the purpose

1,Principle: Diode laser technology is the gold standard in laser hair removal, which system delivers a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755 nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis.The Diode laser

1,Treatment theory Adopts mixed wavelength 755nm&808nm&1064nm, particular effective to hair melanocytes without injury surrounding tissue. The laser light can be absorbed by the melanin in hair follicles, and converted into heat, thus increasing the hair follicle temperature. When the temperature raises high enough to irreversibly damage the hair follicle structure, the hair will disappear after a period of natural physiological of hair follicles and thus achieve the purpose