This is the first and only non-invasive therapy that combines two body-contouring treatments. It simultaneously reduces stubborn fat and tones the muscles.
Building Muscles with EMScuplt NEO
HIFEM technology is used to tone the muscles. High-intensity, muscle-stimulating electromagnetic radiation is shown by this symbol.
With its deep stimulation, EMScuplt NEO triggers 20,000 muscle contractions in selected muscle regions that are not feasible with regular exercise. Deep changes in muscle tissue occur as a result of these harsh circumstances.
Muscles are activated and defined while at the same time feeling no pain or discomfort thanks to the HIFEM technology. Just one session of the EMScuplt NEObody contouring technology might result in a 25 percent muscle growth. Muscles are stronger and more supple after therapy, and patients seem smaller and smoother.
Fat reduction with EMScuplt NEO
An RF (radiofrequency) energy is used in the Emsculpt NEO body contouring device, which heats tissues and causes them to shrink. Without causing any discomfort or anguish, it burns away fat cells that have collected over time. Fat cells that are specifically targeted are permanently eliminated. The body's normal metabolic mechanisms gradually remove the damaged fat cells from the body. The fat cells are eliminated for approximately a month after the treatment, and the best benefits are seen three months later.
After a single session with EMSculpt NEO Dubai, patients may expect to lose up to 30% of their subcutaneous fat in specified locations. Body shaping treatments have been taken to a new level with Emsculpt NEO. With this cutting-edge, non-surgical technology, it is now feasible to lose stubborn fat and build muscle at the same time.
- Strengthening the core
- Buttocks shaping and lifting
- Trying to reduce the size of the stomach
- Increasing the size of the calves
- Defined arms may be achieved by increasing the size of your upper arms.
- Strengthening the thighs and reducing fat.
- Addressing the underlying cause of abdominal muscle separation
