How does Light assisted hair removal work ?
Light is selectively absorbed by melanin, the pigment in the hair follicle. The light energy heats the pigment and effectively destroys the hair follicle without damaging the surrounding cells.
How is the treatment carried out ?
The applicator is placed on the skin and a short pulse of light is released, which targets many follicles simultaneously. The applicator is then moved to the neighbouring area of skin and the process is repeated
until the entire area is treated.
Am I suitable for Treatment ?
Most people are suitable for treatment and can be safely carried out on skin Types 1-4 as with all IPL modalities.
Best results are often achieved with clients who have fair skin and dark hair. Dark hair is more easily treated as it has a high concentration of melanin. Fair hair, however, contains less melanin and is harder to treat. We recommend a consultation with your Therapist to ascertain if the treatment will be successful for you. Grey/white hair has no melanin so is not suitable for treatment.
How does the Treatment feel?
Treatment sensation varies but is often described as “a flick of an elastic band”. Typically no anaesthesia is required and most clients describe the discomfort as moderate and tolerable.
What will I see after the treatment ?
The hair follicles are damaged by heat but the hairs remain in the follicles. The dead hairs shed after 1 – 3 weeks as the epidermis renews. During this period the hairs will seem to ‘grow’ as they are pushed out by the
new epidermis.
How long does each treatment take ?
Treatments can take as little as 10 minutes to an hour, depending on the size of the treatment area.
Are There any side effects ?
The skin may be red immediately after treatment and the hair follicles may be swollen and bumpy but this usually subsides within a few hours. Unwanted reactions are rare but may include a small blister or
temporary lightening or darkening of the skin.
To book a skin consultation please email mhaestheticlinic@yahoo.com or book online here