Skin improvement with LED light technology!

Is the secret of beautiful skin in the genes? We don't think so, because thanks to modern technology, everyone can get glowing skin! Discover the latest trend in this field: the Silk'n LED Face Mask. The function of this mask is based on red, blue, yellow and violet LED light, specially developed to treat the effects of skin aging, acne and dry skin, among others.

The Silk'n LED Face Mask 100 has 100 LED lights and 4 LED light colors. Each has a different wavelength and targets a specific skin problem to improve and restore the condition of the skin. Each color and wavelength of the mask treats a different skin problem. In this way, the overall condition of the skin is improved, and imperfections are evened out. The wavelength is given below in nm, which stands for nanometers. This indicates how deep the light can penetrate the skin.

• LED light therapy (red, blue, yellow and violet)
• Reduces fine lines and pigment spots
• Helps with acne, inflammation and scars
• Improves blood circulation and skin elasticity
• Promotes skin hydration

Light-emitting diodes (LEDs) were originally developed to promote wound healing, among other things. Since then, of course, science has made great strides. Research has shown that LED light promotes cell division and cell regeneration and is able to repair tissue. For this reason, this light has been used for several years in dermatological clinics around the world to improve the condition of the skin, for example to combat the effects of skin aging. You can now carry out these popular treatments at home at low cost - with the Silk'n LED Face Mask!

The function of the Silk'n LED Face Mask is based on LED light in four colors, the different wavelengths of which each serve a specific treatment goal. The mask is equipped with 100 lights.
Each mask color and wavelength targets a different skin concern to help improve skin condition and regenerate skin. The wavelength, which is given in nanometers (nm), is decisive for how deep the light can penetrate into the skin. Red light, for example, penetrates deeper into the skin than blue light, which primarily has an effect on the surface.