Physiological Mechanisms of Cavitation and EMS Sculpting


Cavitation works by sending ultrasound waves deep into fat tissue, causing rapid pressure changes that create tiny gas bubbles. These bubbles expand and collapse, ultimately disrupting the fat cells’ membranes. Once the fat is released, the body’s lymphatic system processes and eliminates it. This method is especially effective for stubborn fat areas like the abdomen, thighs, and love handles.

EMS sculpting, however, uses high-intensity electromagnetic pulses to stimulate muscles beyond what normal exercise can achieve. These contractions force muscle fibers to adapt, increasing their density and strength. At the same time, the intense muscle activity requires energy, causing nearby fat cells to break down for fuel. This process, known as lipolysis, helps reduce fat while simultaneously improving muscle definition.

While cavitation primarily focuses on fat removal, EMS sculpting enhances both fat loss and muscle growth, making it an ideal choice for body sculpting.