truSculpt is the latest noninvasive technology to address a wide set of aesthetic concerns on the body. truSculpt is clinically proven to deliver deep, uniform heating to tackle the toughest concerns with comfort and ease
truSculpt was developed based on findings from the only published, peer-reviewed study demonstrating time-temperature dependency on adipose cell viability.1,2 The in-vitro testing demonstrated 60 percent loss of cell viability following a sustained temperature of 45°C to adipose cells for 3 minutes.
1 Walfre Franco, PhD, Amogh Kothare, MS, and David J. Goldberg, MD. Controlled Volumetric Heating of Adipose Tissue Using a Novel Radiofrequency Technology. Lasers in Surgery and Medicine 41:745-750 (2009) ; 2 Walfre Franco, PhD, Amogh Kothare, MS, Stephen J. Ronan, MD, FACS, Roy C. Grekin, MD and Timothy H. McCalmont, MD. Hyperthermic Injury to Adipocyte Cells by Selective Heating of Subcutaneous Fat with a Novel Radiofrequency Device: Feasibility Studies. Lasers in Surgery and Medicine 42:361-370 (2010)
To achieve optimal results, maintaining peak temperature is as important as reaching peak temperature. In addition to the numerous advanced features integrated in truSculpt, the system features a built-in temperature monitoring and feedback system—providing real-time readings of skin temperature to ensure that required therapeutic parameters are achieved AND sustained for a minimum of 3 minutes.
To effectively target subcutaneous tissue, maintaining temperature is as important as achieving peak temperature parameters. truSculpt’s handpiece incorporates a sophisticated real-time temperature feedback system—providing real-time monitoring of treatment temperature so that therapeutic temperature is achieved while maintaining patient comfort.