Laser Hair Removal


Laser hair removal is a noninvasive, gentle procedure that is quick, relatively painless and has a minimal recovery time. It not only removes unwanted facial and body hair permanently, but it leaves the skin looking smoother than waxing, electrolysis or razors.

A series of simple treatments are all it takes to permanently minimize hair growth. It is effective for faces, backs, chests, arms, underarms, bikini, and legs on all skin types. Some patients also experience and improved skin color and complexion.

If you have facial or body hair that limits what you wear or affects your self-esteem, have light skin and dark hair, or just not happy with the painful ingrown hairs from shaving, tweezing, or waxing, laser hair removal might be the thing for you.

The equipment for performing laser hair removal varies widely. Most techniques really just reduce the hair growth rather than permanently remove it. If you’ve had hair removal done in the past and the hair grew back, most likely you didn’t have your procedure done with a diode laser, which truly the most effective.

Our staff uses the FDA approved Palomar Vectus Laser®, which is the fastest, most efficient laser on the market. Its diode laser technology focuses a large amount of energy on the melanin (pigment) at the base of the hair follicle, permanently destroying it.

With the Palomar Vectus Laser® we can confidently guarantee that you will have permanent hair removal with a full series of treatments according to our recommended treatment intervals, which we base off the body area we’re treating and the stage of hair growth cycle.

Please schedule a complimentary consultation with Dr. Botros, as she is happy to discuss the procedure and payment options, as Plaza Aesthetics & Wellness offers both pay-as-you-go and lifetime removal pricing.

You can also click on our Patient Education section to learn about different procedures and the risks and benefits of each, based on current research.


Book a complimentary
consultation with Dr. Amber Botros.