Trusculpt Id

truSculpt iD

Our truSculpt iD treatment uses an innovative Radio Frequency Technology that delivers clinically proven weight loss results. The non-surgical procedure usually lasts around 15 – 30 minutes, and no downtime is required. It treats multiple areas of the body and burns all sizes and shapes of excess fat, including
  • Abdomen
  • Calves
  • Arms
  • Buttocks
  • Inner Thighs
  • Outer Thighs
In addition, truSculpt iD can help lightning the appearance of cellulite.

Some treatments cannot be booked online. Please contact us to book an appointment.


truSculpt iD is a non-surgical body sculpting treatment that is clinically proven to reduce fat cells in stubborn areas around your abdomen and flanks. truSculpt iD uses innovative Monopolar RF technology to selectively target fat and therapeutically heat it – until damaged fat cells are eliminated by passing through the body naturally. In one short 15-minute treatment, you can achieve an average of 24% fat reduction.

truSculpt iD is the latest body sculpting treatment solution from Cutera, providing a personalized, hands-free and hand-held solution to revolutionize your practice. This powerful, non-invasive, Monopolar RF platform tailors to patients’ individual needs and features Real-Time Temperature Control for clinically proven results. truSculpt iD treats the subcutaneous fat layer, resulting in an average of 24% fat reduction. It offers unique handpiece placement versatility and customized 15-minute protocols to treat a full abdomen and flanks simultaneously.

Radiofrequency (RF) Energy

truSculpt iD delivers heat to the subcutaneous fat layer while maintaining a comfortable skin temperature – optimizing clinical efficacy and maintaining patient comfort.

Proven Results

Clinical histology indicates that truSculpt iD is clinical proven to cause inflammation and fat necrosis from beneath the dermis down to 1.5 cm in depth6. The histological findings are complemented by clinical studies which show an average 24% fat reduction as measured by ultrasound.