The high energy radial shockwaves consists of two different parts – positive pressure pulse and a comparatively small tensile wave component. The shockwave squeezes the surrounding tissue and breaks the grid structure of the molecules. The tensile wave leads to a collapse of the gas bubbles within the fat structures (cavitation), which re-expand after the high energy radial shockwaves and thus ensure a destabilization of the fat structures.

The pressure waves are transmitted through the surface of the skin and spread radially into the tissue effecting a large and deep treatment area. The high energy radial shockwaves scientifically proved to have a large impact on collagen structure and the skin connective tissue, improving blood circulation. It stimulates collagen formation, while the skin becomes more elastic and its firmness is visible after only a few treatments.