IPL hair removal process
Posted: Tue Aug 10, 2021 3:58 am
Epilator hair removal process
Light radiation penetrates the skin, and the hair follicle, as the part with the most melanin deposition in the skin, absorbs the most light energy and converts it into heat energy, forming a higher temperature near the hair follicle. hair follicles, leading to inactivation of hair mother cells.
Step1: The xenon lamp of the epilator emits strong pulsed light.
Step2: The filter filters out harmful and useless wavelengths of light.
Step3: The effective light penetrates directly from the epidermis to the dermis.
Step4: The hair follicle melanin in the dermis absorbs light energy and generates heat.
Step5: Heat shrinks hair mother cells—hair follicle growth.
Step6: Hair growth is inhibited.
Step7: The hair becomes less, thinner and lighter.
Light radiation penetrates the skin, and the hair follicle, as the part with the most melanin deposition in the skin, absorbs the most light energy and converts it into heat energy, forming a higher temperature near the hair follicle. hair follicles, leading to inactivation of hair mother cells.
Step1: The xenon lamp of the epilator emits strong pulsed light.
Step2: The filter filters out harmful and useless wavelengths of light.
Step3: The effective light penetrates directly from the epidermis to the dermis.
Step4: The hair follicle melanin in the dermis absorbs light energy and generates heat.
Step5: Heat shrinks hair mother cells—hair follicle growth.
Step6: Hair growth is inhibited.
Step7: The hair becomes less, thinner and lighter.