Silk'n Infinity Fast Ipl Hair Removal Device

About this product

pUltra-fast hair removal for body and face with eHPLTMbr/br/Now, the Silk'n Infinity Fast allows you to permanently reduce unwanted hair more quickly. No more visits to the salon, but painless treatments and beautiful and endlessly smooth skin from the comfort of your own home! The technology now offers even faster pulses of light, allowing you to enjoy long-lasting results in no time. The Infinity Fast is suitable for all skin tones and you can create a personalised program via the Silk'n App.br/br/strongKey Features:/strong/pulliLong-lasting hair removal for body and face with eHPLTM - Flashes almost 2 times faster*/liliUp to 92% hair reduction after completing the sessions**/liliSuitable for all skin tones, including the darkest complexion/liliRemoves unwanted hair on your body and face in no time - the updated Silk'n Infinity Fast now flashes almost twice as fast* and can emit up to 120 light pulses per minute./li/ulpbr/strongClinically Proven:/strongbr/Silk'n Infinity Fast has been clinically proven to work. Independent research** shows that this hair removal device can be used safely and effectively in a typical home environment. The device is easy to use and results in up to 92.3% hair reduction after 6 sessions every fortnight. Moreover, Infinity Fast is recommended by leading dermatologists. Application is completely painless and causes no irritation.br/br/strongCombination of 2 technologies for optimal results:/strongbr/The eHPLTM technology combines 2 energy sources: Galvanic and Optical energy. Galvanic energy allows Optical energy to better penetrate the hair shaft by temporarily widening the skin pores. The hair shaft absorbs the light and deactivates the hair follicle, eliminating hair growth.br/br/strongUnique - suitable for all skin tones:/strongbr/Silk'n Infinity Fast is suitable for all skin colours, including the darkest skin tone. However, the session is most effective on light skin with dark hair. Safe use is ensured by the skin colour sensor t