IPL Photorejuvenation Hair Removal Machine – Painless and Long-lasting Hair Removal

IPL photorejuvenation hair removal instrument is a popular photonic hair removal method, based on the principle of selective photothermal action, using photonic hair removal instrument, light penetrates the surface layer of the skin to keep the hair follicle at a certain temperature, gently make the hair follicle and surrounding cells inactive, to achieve the purpose of hair removal.
IPL hair removal is a very safe hair removal method, professional, no side effects on the human body, almost no effect on the skin, with whitening and emollient effect.

1. Does hair removal affect sweating?
The sweating of human skin is mainly carried out by sweat glands, which, like the hair follicles, are both subsidiary organs of the skin and do not affect each other. Laser hair removal mainly targets the melanin in the hair follicle, but there is no melanin in the sweat gland, so it will not damage the sweat gland, so it will not affect human sweating.
2. Can IPL achieve permanent hair removal effect?
Generally speaking, after several treatments, permanent hair removal can be achieved, but of course, its efficacy is affected by many factors.
3. Is there any damage to the skin from IPL hair removal?
The human skin is a relatively light-transmitting structure, and the clinical experiments of cosmetic experts have found that in front of the powerful IPL, the skin is simply a transparent cellophane, so IPL can penetrate the skin deeply into the hair follicle very smoothly, and because the hair follicle has a lot of melanin, it can preferentially absorb a large amount of IPL energy and eventually convert it into heat energy, so that the temperature of the hair follicle will rise and achieve the purpose of destroying the function of the hair follicle. The hair follicle temperature is raised to destroy the function of the hair follicle.
During this process, the skin itself is not damaged because the skin does not absorb light energy, or absorbs very little light energy.

Post time: Sep-23-2022