FAQ
How many hair removal sessions are needed?
Hair must be in the active growing phase (Anagen) for the treatment to be effective.
The percentage of hair in the Anagen phase varies from place to place on the body (from a high of about 85% in head hair to a low of about 20% for legs). It can take up to 26 weeks for the hair to cycle through the phases. Therefore multiple treatments are required to catch all the hair in the Anagen phase. Eight treatments or less will be adequate for most people. This does vary depending on skin type (darker skins may take a couple more sessions), hair type, age, and other factors.
I have dark skin. Can I be treated?
How does laser removal compare to waxing?
Does laser hair removal work for men?
Because laser hair removal is safe, quick, and comfortable, it’s ideal for use on large areas of the body, making it particularly suitable for men seeking to remove chest, shoulder and back hair.
What about side effects?
Most people experience no side effects at all, though few exhibit some short-term reddening of the treated skin *. A full list of potential side effects will be provided to you during your consultation. You can return to your regular activities immediately after treatment, although it is advisable to keep the skin protected from exposure to direct sunlight for a short period of time and to avoid intense physical activity immediately after treatment.
* Individual results may vary
IS THERE RECOVERY TIME?
Most patients have minimal to no downtime after a laser hair removal session. There may be slight redness in the treated area for about 2-24 hours following the treatment.* During this time, it is recommended that patients avoid activity that will increase the temperature of the skin such as using a steam room, performing vigorous exercise, and exposing the treated area to direct sunlight. It is also recommended that patients do not undergo any form of hair removal other than shaving during the course of treatment.
*Individual results may vary
WHAT IS THE DIFFERENCE BETWEEN LASER AND IPL?
IPLs, on the other hand, are produced as the result of several wavelengths which can’t be focused into a specific beam, which means it can’t be as precise, and the penetration of light is much shallower.*
*Individual results may vary