New at Epilia Ixelles-Louise
Hair removal everywhere, for everyone
Epilia is delighted to announce the forthcoming arrival of the Candela Nd:YAG laser at its Ixelles Louise laser hair removal centre (in addition to the Alexandrite laser for fairer skin types).
This professional laser, specifically designed for dark and black skin types, is internationally recognised as the benchmark standard in terms of dermatological laser hair removal.
At Epilia, we perform hair removal treatment on all body areas, for both men and women.
Thanks to the YAG laser, we are now able to offer a safe and effective hair removal solution for a more diverse clientèle.
The Nd:YAG laser: the solution for dark and black skin types
With its 1064 nm wavelength, the Nd:YAG laser can get round the superficial pigmentation in darker skin by penetrating deeper beneath the skin surface, while not exceeding the dermis.
This makes it possible to target the root of the hair effectively by working on the micro-vessels that affect hair growth, rather than the melanin.
In this way, it offers safe laser hair removal, by avoiding the risk of burns to the skin.
Hair removal for darker skin types: yes, thanks to a customised laser
As you are mostly likely already aware, dark and black skin types require specific equipment. The YAG laser meets these requirements by offering long-lasting hair removal while ensuring optimal safety and hygiene.
Safe and comfortable laser hair removal
In order to optimise your comfort during laser hair removal sessions, we are pleased to offer cutting-edge technology that cools the skin during the laser treatment.
This innovation offers an anaesthetic effect, thereby relieving the tingling sensation caused by the laser. Thanks to this method, the treatment is much more bearable and you can enjoy a more pleasant experience.
Thanks to Epilia, laser hair removal is now accessible to all, whatever your skin type.
If you have darker skin and would like to start YAG laser treatment, you can now do so at our Epilia Ixelles Louise centre.