3D SHOCKWAVE CELLULITE AND FAT REDUCTION
Cellulite and stubborn fat pockets are the most undesirable body conditions that make women feel unhappy and unconfident. Those who have tried to get rid of this problem on their own using diets, fitness, or creams, were convinced that it was not easy.
3D Shockwave therapy can be performed on many areas of the body, including the outer and inner thighs, knees, arms, hips, buttocks, and abdomen. Numerous medical studies and customer reviews show that Shock therapy is absolutely harmless to health, and painless and highly effective in solving the problem of stubborn fat pockets, cellulite, improves skin elasticity and stretch marks.
During a shock therapy session, the machine generates sound waves inaudible to the human ear. Low-frequency beams of sound vibrations are strictly measured and directional, affecting only the adipose tissue, and it does not affect other organs.
For cellulite, sound waves stimulate microcirculation within the fat layerand help eliminate waste products from the body through the lymphatic system. For skin tightening, sound waves stimulate blood and lymphatic circulation within the area and stimulate the connective tissue, giving the skin a firmer and smoother appearance.
3D Shockwave Therapy, also known as Acoustic Waves Therapy, is an effective and painless technology based on medical approval. This method has been successfully used to treat cardiovascular, musculoskeletal diseases and kidney stones. 2006 was undoubtedly the turning point, as Acoustic Wave therapy on tissue regeneration was discovered.
Usually, a course of at least 6 procedures is recommended to improve cellulite appearance. In the case of a severe cellulite condition, a course of 8-10 procedures once a week will be necessary.
Each treatment of Shockwave for Cellulite and Fat Reduction will take approximately 30 minutes.
Acoustic Wave therapy is painless and not traumatic and well-tolerated by customers. The short time it takes for the procedure makes it possible to do it at lunchtime.