Braun Silk-expert is a ground-breaking IPL system which results in permanent visible hair removal in as little as four treatments. It works beneath the skin’s surface by targeting the melanin in the hair follicle, helping to break the cycle of hair regrowth. With continued, regular use, it helps prevent unwanted hair from reaching the skin surface.
Skin tone varies across different parts of the body, with each tone requiring a specific energy level to target the melanin. only Braun Silk-expert has the unique SensoAdapt™ skin tone sensor which continuously reads your skin tone – 80x per second – and automatically adapts the light intensity for best efficacy and safety. This removes the guesswork of having to match your skin tone against the complicated colour matching charts other devices require.
No other IPL technology is faster. Braun Silk-Expert IPL provides fast treatments suitable for large parts of the body such as legs or arms. A leg or arm can be treated in just 8 minutes, without compromising on effectiveness.
Fast & precise treatments: Gliding mode provides a quick and efficient treatment of larger areas such as legs. The precision mode and the integrated skin contact sensor ensure that smaller treatment areas like the upper lip can be treated precisely.
3 modes: normal, gentle, extra gentle: Gentle and extra gentle setting reduces the energy level for maintenance phase, beginners or sensitive areas.
300,000 flashes - Provide full body treatments for up to 15 years, or up to 35 years on smaller treatment areas such as the lower legs, underarms, and upper lip.
Non-stop power - Silk-expert IPL requires no batteries or charging. It can be used at full power with no interruptions. There are no bulbs or gels to change – simply plug in the device and begin treatment.
Is IPL right for you?
Braun Silk-expert IPL is most effective on light to medium skin tones with hair ranging from natural blonde to dark brown or black. The device is least effective on very blonde, red, grey or white hair wher the smaller amount of melanin does not absorb the light.