Laser Hair Removal and IPL Skin Rejuvenation
Laser-A-Way is a leading specialist in aesthetic laser treatments for the removal of unwanted hair and Skin Rejuvenation to help restore the skin’s youthful look. Laser-A-Way uses leading laser technology, namely the Diode Laser for hair removal and IPL for skin rejuvenation.
Branches (see Wall Photos for maps):
Kenridge / Durbanville
16 Door de Kraal Avenue
021 914 8258 / 082 822 5038
Stellenbosch / Somerset West
19 Electron Road, Techno Park
072 575 6999
Tokai / Westlake
Westlake Square
021 701 5252 / 082 857 7557
Laser Hair Removal
We use the Diode Laser System. The laser light penetrates the skin and is absorbed by the melanin (pigment) found in the hair shaft. This raises the temperate to a sufficient level to destroy the targeted hair structures, thus preventing hair re-growth (in other words the hair follicle is destroyed without damaging or burning the skin). The Diode Laser system's cooling is provided by a cooling tip, cooling the surrounding epidermis and thereby minimizing collateral epidermal damage caused by light absorption by pigment in the epidermis. (In other words the hair follicle is destroyed without damaging the skin).
Skin Rejuvenation
Both the pleasures and stresses of life, along with the simple passage of time, cause our skin to appear older. Increasingly men and women of all ages want younger-looking skin, but don’t want to take time away from their active lifestyles.
The term "Photo rejuvenation" refer to the non-invasive treatment of red and brown pigment, using intense pulsed light without disruption of the skin's surface. This leaves a smooth skin texture and even complexion, yielding a more youthful appearance.
Intense Pulsed Light (IPL™) Skin Treatments by Laser-A-Way are a safe, effective and popular way to improve the signs of aging on the face, neck, chest, arms and hands.
**IPL treatments are currently only available at the Kenridge branch.
Please call us today to arrange your free consultation or visit our website for more information.
