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As age grows, Myofibrillars are loose and fragile because of pregnancy, fat accumulation, lack of exercises and other factors. People become fatter and flabbier.
The equipment interacts with muscle neurons to induce supramaximal muscle contractions. In the process of continuous muscle contractions, part of Myofibrillars are gradually broken to cause muscle self-repair.
After treatment, Myofibrillars tend to be strong and tight. Muscle becomes firm and elastic. It responds with a deep remodeling of inner structure that results in muscle building, growth, and body shaping.
Myofibrils naturally loosen and weaken over time due to factors such as aging, pregnancy, fat accumulation, and a lack of physical exercise. This process often leads to a flabbier body shape and increased fat accumulation.
The treatment equipment interacts directly with muscle motor neurons to trigger supramaximal muscle contractions, which are intense contractions that cannot be achieved through voluntary workouts.
During continuous and intense muscle contractions, a portion of the myofibrils is safely broken. This micro-damage serves as a signal for the body to initiate its natural self-repair mechanism, leading to stronger fibers.
Once repaired, the myofibrils become significantly stronger, tighter, and denser. This results in firmer, more elastic muscles, leading to visible muscle growth and improved overall body contouring.
Yes. By inducing deep remodeling of the muscle's inner structure, this process simultaneously stimulates muscle growth and tone while helping to address the flabbiness associated with fat accumulation.
