Għarfien ta ' 808nm Diode Laser Xagħar Tneħħija Magna

Strument prinċipju

• Selettiv assorbiment ta' dawl u biothermal effect. The 808nm laser energy can be be easily absorbed by the melanin located in the hair follicle, filwaqt the surrounding skin hardly absorbs it. The light energy is absorbed by the hair in the hair follicle and converted into heat energy, there increase the temperature of the hair follicle. 2c follicle. , the hair follicle. , the hair follicle structure is irreversibly damaged, b'hekk jiksbu permanenti xagħar tneħħija.
• Allura ikkulurit xagħar se ikun tneħħija minn dawl xagħar tneħħija tagħmir.
• Il eħxen il xagħar, il aktar faċli it is to remove, and the thinner the hair, the harder it is to removal.

755nm - Alexandrite Laser Hair Removal - Expensive/good for small areas
810Nm——Semiconductor laser Hair removal—High cost performance/Appropriateable for large area hair removal
808nm——semiconductor laser hair removal—high cost performance/suitable for large area hair removal
1064nm - Long Pulse Laser Hair Removal - Expensive/good for small areas

Ir-rwol ta ' differenti wavelengths ta' il 808 manku
808nm wavelength: the golden band for hair removal, with high absorption rate for melanin target tissue, adattat for any hair removal

755+808+1064NM wavelength: Melanin Has A Higher Absorption rate of 755nm wavelength, Li is aktar Adattat għal abjad Nies to Remove hair; Melanin has A Lower Absorption rate of 1064Nm wavelength, and 1064 has A Deeper penetration depth on the skin, Li is Aktar Adattat Xagħar Tneħħija għal nies Bi dlam ġilda; It tliet faxex can act On hair follicles at different depths, and the treatment firxa huwa usa '

755+808+940+1064nm wavelength: on the basis of the three bands, a 940nm band is added. The 940nm wavelength can coagulate the microvessels that deliver nutrients to the hair follicles, fundamentally inhibiting the activity of the hair follicles, so as to achieve a better hair removal effect