Icoone uses the exclusive patented Roboderm® technique, actioned by means of a hand-piece with two rollers, each equipped with many micro alveolus that create the so-called MMSA: Multi Micro Alveolar Stimulation. In this way, with each passing, the skin receives a total of 1180 micro stimulations per square decimeter! The micro alveolus in the rollers use fractal suction to stimulate the micro vacuoles in the tissue, which is thus treated homogeneously and precisely. Icoone also has another important innovative aspect: a symmetrical application. The Robotwins hand-pieces can work together, treating the body in a natural way and doubling the benefits of treatment whilst halving treatment times. The hand-pieces thus become a sort of extension of the operator’s hands, thereby creating a perfect synergy between a natural movement and the precision/efficiency of the treatment. The rollers of the Robotwins hand-pieces each boast 132 micro alveolus.
Specific programs instead require the use of the Robosolo hand-piece, which, thanks to the unique integrated Robo Automation system, is able to move independently in terms of space to be covered and number of passages for each space. Each roller of this hand-piece boasts 156 micro alveolus.
The Touch Screen System makes finding programs quick and easy, and allows you to set and change treatment parameters in no time at all. The Icoone design shows a technological innovation that values the professional environment.
The real revolution presented by Icoone lies precisely in the NEW WAY OF TREATING SKIN, by providing a real fractioned stimulation - acting, therefore, specifically as required, on each and every mm of the skin, in-depth and without trauma. And the recent skin study led by prof. Guimerteau has shown that, if we take a more detailed, microscopic look at the skin, we can see the infinite number of micro vacuoles that run throughout the tissue. Icoone acts on every single micro vacuole, with each micro alveolus of the roller corresponding to a specific micro vacuole of the tissue. This results in an extraordinarily efficient stimulation of the fibroblasts, and of the circulatory and metabolic system as a whole.
Thanks to adjustable parameters, treatment can be personalized according to the needs of each individual, thereby optimizing results.