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Fillerina is the first non-invasive filler method of skin rejuvenation that is a global innovation thanks to the patented Transdermal Technology based on the very low molecular weight of the active substances. This is the fundamental condition that ensures their targeted penetration into the layers of the skin. Thanks to this precisely controlled penetration the active ingredients are really effective.Dermocosmetic treatment Fillerina is the first non-injectable dermo-cosmetic treatment to fill in wrinkles and expression lines and replenish areas of relaxation, such as the oval of the face and reduce volume, such as the cheekbones and lips. The local intensive filler action is achieved with easy application at home without injections, thanks to the different hyaluronic acids of transdermal technology, which ensure deep absorption into the skin, creating hyaluronic acid reserves for immediate replenishment, permanent hydration and activation of metabolism.
The methods of aesthetic medicine inspired Labo's Swiss laboratories, which conducted many years of research on the physiology of the skin and the appropriate methods of absorption of active ingredients in the skin, in order to ensure maximum effectiveness in creating a non-injectable filler intensive treatment. Hyaluronic acid in particular is very important for the skin, as it creates water reserves by enhancing permanent hydration, is a key component of skin support and activates the production of collagen and elastin. Systematic loss of hyaluronic acid creates sagging, wrinkles and loss of density and firmness.
The research for the creation of the Fillerina composition lasted from 2007 to 2012, when the lawsuit was released. Fillerina Face Treatment with the complex of 6 hyaluronic acids. Labo, with innovative research methods, achieved very significant results by "breaking down" the largest molecules of hyaluronic acid into much smaller ones, ensuring their absorption into the skin and dermis and thus ensuring their true effectiveness based on in vivo and ex vivo clinical studies. Due to their various molecular weights and sizes, they penetrate effectively into the stratification of the skin, thus allowing the tissues to replenish and improve their volume.