Products
Find the right product for
Take a look to
Our technologies
-
Monochromatic biostimulating light - YOUNG AGAIN
It is a monochromatic light that is irradiated by special diodes that starts the cellular biostimulation process. The light energy efficiently stimulates, in a pleasant and relaxing way, cell activity and cell metabolism, the skin tissue regeneration process and the production of collagen.
[...] read more
-
Functional electrothermal massage - FEM
Much more than a massage, FEM uses RF technology to penetrate in depth in the hypodermic layer and address adipose layer at cellular level. Metabolising adipose tissue, it compresses cells and re-builds the area. This action levers most external cutaneous layers, making skin smoother and tight, with clinically valuable results.
[...] read more
-
Shock wave technology - SWT
SWT Technology, with specific wavelengths and with a swipping phenomenon, produces in the tissues an effect called modulated cavitation. This produces a disintegration of adipose tissue breaking the adipocytes and emptying their gaseous content which will be drained from the lymphatic system and disposed of by the physiological emunctory system.
[...] read more
-
Variable aspiration massage - VAM
No surgery, no risks for skin and tissues, but a proved and safe solution to stimulate tissues, to reduce the silhouette, to re-shape body contours, to tone-up skin and to smooth cellulitis? The reply is VAM system.
[...] read more
-
Polychromatic high-intensity light - OPE
This is a beam of light with a wide colour spectrum from which unnecessary emissions to the treatment have been excluded. It acts simultaneously on different objectives and is based on a highly customisable technology that is able to optimise the stimulation, remodelling and regeneration of tissues.
[...] read more
-
Oxygen infusion and bio-stimulating light - OXI VIVO
Thanks to the innovating combination of oxygen propulsion and photo-biostimulation OXI VIVO penetrates deep in the hypodermic layers and smooths skin surface.
[...] read more