How To Stop Hair From Growing On Your Face

When you suffer from unwanted hair growth on your face, there are plenty of ways you can go about removing these hairs. Shaving, waxing and even tweezing can all provide you with a hair-free appearance, but the results are always temporary. To actually stop hair from growing on the face, you often need to turn to more professional methods of hair removal.

Step 1

Discuss your options with a dermatologist. Medical professionals are typically up-to-date on the products and procedures that provide permanent hair removal. They can also better recommend which method will work best for you, based on your skin tone, hair color, density of hair growth and the success of previous hair removal techniques.

Step 2

Use an at-home laser hair removal kit. At-home laser hair removal devices emit low-level laser energy. This energy penetrates the skin, which can slow or stop hair growth from the follicle. Results vary depending on the devices used for hair removal.

Step 3

Try professional laser hair removal. With professional laser hair removal, the skin is exposed to higher levels of laser energy than found in at-home devices, making it a much more effective option. As the laser penetrates the epidermis, the melanin within the hair and follicle absorb the energy. This not only removes the hair from the skin, but also destroys the follicle, advises the Mayo Clinic.

Step 4

Stop hair growth with electrolysis. Much like laser hair removal, electrolysis provides permanent hair removal. A needle is inserted directly into the follicle. Once in position, an electrical spark is administered to "burn out" the follicle, according to the American Academy of Dermatology.

Tips and Warnings

Consider testing at-home lasers on other areas of the body, like the legs or underarms, before using them on the face. There's always the chance of redness or burning after exposing the skin to laser energy.
Avoid using at-home electrolysis kits. There's a greater chance of infection or scarring from these devices, since they hold a higher degree of operator error.