Silk'n LED Face EMS Mask

343,95 €

343,95 € par unit

Quantité:

Disponible | Expédié normalement sous 24h (jours ouvrables)

Image 1 - A person holds a glowing red facial device with holes for the eyes, surrounded by text that reads The ultimate EMS face workout and three bullet points stating Sculpt your face, Reduce wrinkles, and Radiant skin in 10 min.
Image 2 - A persons hand is holding a facial mask with embedded devices, accompanied by text that reads Feel the lifting effect Deep lift & define facial contours with Electrical Muscle Stimulation.
Image 3 - A woman with curly hair wears a white sweater while holding a white skincare device resembling a mask, with red light illuminating the scene; visible text reads AI-guided skincare insight See your future self with our smart Silkn AI-simulator.
Image 4 - A person with curly hair wearing a white LED facial mask is seated and holding a handheld device, with text on the image stating Boost collagen, smooth fine lines, Deep Near-Infrared, LED light between 463-1072nm, and 40K light pulses per second.

The first of its kind, the Silk'n LED Face EMS Mask combines light therapy with EMS technology to take your skincare to the next level. Designed to deliver professional-grade results at home, the flexible mask works to access all areas of the skin to target a range of concerns.

Utilising Electrical Muscle Stimulation electrodes, the device offers an invigorating massaging effect that works to sculpt, lift and contour the appearance of your skin. Referred to as a ‘facial workout’, the massage takes place for just ten minutes to visibly define the eye area, cheekbones and key mid-face area.

Powered by 243 LED light bulbs, the mask features a range of modes, including red (633nm), dark red (660nm), amber (605nm), blue (405nm) near-infrared (830nm) and deep near-infrared (1072nm). Red light helps to target the visible signs of ageing, while blue light minimises the look of blemish-caused redness. Patented Light Technology means that the device emits 40,000 pulsed light emissions per second to boost effectiveness in comparison to continuous light.