Ethicon Endo-Surgery, Inc., today unveiled its broad portfolio of energy delivery devices at the 95th Annual Clinical Congress of the American College of Surgeons (ACS).
The complementary energy technologies of worldwide leading HARMONIC® ultrasonic and ENSEAL® advanced bipolar devices provide surgeons with multiple energy delivery options that provide superior energy application for desired tissue effects to meet specific surgical needs across multiple surgical specialties. Ethicon Endo-Surgery acquired the ENSEAL® technology in October 2008; the ACS Annual Clinical Congress marks the full integration of the ENSEAL® product line into the Ethicon Endo-Surgery energy portfolio.
"I believe energy is the future of surgery, which is why we're seeing such significant advances in both bipolar and ultrasonic energy, which enhance the experience of surgeons and patients alike," said Michael J. Stamos, MD, FACS, FASCRS, chief, Division of Colon & Rectal Surgery, Department of Surgery, University of California, Irvine. "Since each patient case is unique, it is imperative to understand the distinctive attributes of each different energy technology. It also is critical to have the confidence and flexibility to choose the right modality to achieve optimal outcomes for both patients and for surgeons in terms of greater precision and control, maximized surgical efficiency and best tissue effect."
As energy delivery device options have evolved, they have enabled more efficient and minimally invasive surgical techniques. Ethicon Endo-Surgery, originally with HARMONIC® technology and now ENSEAL®, has led this evolution of surgery by working directly with surgeons to develop innovations, enabling greater functionality, controlled tissue sealing, and minimization of tissue trauma.
With its bipolar technology, ENSEAL® offers superior control in large vessel sealing for surgical procedures in general, colorectal, gynecology, and urology where minimal tissue damage is critical. Pre-clinical studies have shown ENSEAL® laparoscopic and open devices contain energy spread and are faster at sealing and transecting than competitive devices, while offering exceptional large vessel sealing (up to and including 7mm blood vessels).