Ipl Vs Laser Hair Removal Pain

Both work by targeting hair follicles located under the skin s surface.

Ipl vs laser hair removal pain. Laser hair removal and intense pulsed light ipl are both light based hair removal treatments and are often mistaken for each other but there is a definite difference between the two and knowing the difference may just save you from irreparable skin damage. We have many different choices when it comes to hair removal. People may use it to reduce the signs of aging or remove unwanted hair. Ipl and laser are two popular types of permanent hair removal methods that use light to remove or reduce hair in specifics areas of the body.

Laser hair removal devices produce a concentrated beam to penetrate deep into the skin and zap the melanin the dark pigment of the hair inside the hair follicle meaning the hair growth cycle is inhibited without impacting the surrounding skin. This is especially the case when dealing with beauty grade ipl lasers which have various wavelengths and more often than not do not emit the adequate energy levels to be able to successfully destroy hair follicles. Intense pulsed light ipl is a cosmetic skin treatment. Other uses include reducing the appearance of scars lightening.

Among the two most popular cosmetic procedures ipl vs laser hair removal is widely debated as both treatments are effective at reducing the appearance of unwanted hair. Hair regrowth is then slower often thinner and can stop. Before deciding which method is best it s important to know that not all ipl s and laser hair removal treatments are the same. Shaving waxing threading electrolysis ipl and laser.

It is because in laser treatment only a single pointed beam of light is used to reach and extract hair from specific areas. The concept of laser and ipl hair removal is the same. Direct a beam of light at your skin s surface areas of higher melanin pigment dark hairs will absorb the light energy which converts to heat energy and burns the hair damaging the follicle so that its hair growth is impeded.