Home Latest News SafeCross transseptal balloon gets first commercial use

SafeCross transseptal balloon gets first commercial use

SafeCross transseptal balloon gets first commercial use
SafeCross System Crossing the Atrial Septum Using the RF Puncture Dilator
SafeCross system crossing the atrial septum using the RF puncture dilator

East End Medical has announced the first commercial use of its SafeCross transseptal radiofrequency (RF) puncture and steerable balloon introducer system. The system is designed to provide a predictable and safe solution for performing electrophysiology and structural heart interventions requiring left atrial access, the company said in a press release.

The first commercial devices were implanted during left atrial appendage closure (LAAC) and transcatheter mitral valve edge-to-edge repair (TEER) procedures at New York Presbyterian Hospital -Columbia, performed by Martin Leon (Columbia University Medical Center, New York, USA), Torsten Vahl and Rebecca Hahn.

Atrial fibrillation (AF) and ventricular tachycardia (VT) ablation procedures using the SafeCross system were also performed at The Mount Sinai Hospital (New York, USA) by Vivek Reddy and Srinivas Dukkipati.

“Accessing the left atrium in a safe and precise manner is critical for optimal patient outcomes in left atrial procedures. Depending on the anatomy, achieving safe and precise transseptal access frequently leads to decreased overall left atrial procedure times,” stated Vahl. “In using SafeCross, I particularly liked how the balloon-tipped sheath allowed me to safely glide across the septum in small and precise adjustments to enable me to position on the exact pre-determined location of the transseptal puncture.”

“The highly visible steerable balloon introducer enables precise puncture site targeting and provides the support needed for challenging anatomies,” stated Reddy. “Additionally, the ability to use it as a steerable guiding sheath makes it a nice potentially all-in-one tool for my workflow. I look forward to incorporating SafeCross into my left-atrial procedures.”

The system consists of a bidirectional steerable introducer sheath and a radiofrequency puncture dilator, and is designed with an atraumatic contrast-filled positioning balloon on its distal end. The introducer sheath is ultra-visible under echocardiography and X-ray to facilitate precise puncture site selection, while its bidirectional steerability allows for safe manoeuvring and perpendicular placement on the septum. The proprietary RF puncture dilator delivers electrical energy quickly and predictably to puncture the atrial septum.

“As a structural heart interventional echocardiographer who helps guide these procedures, the steerable balloon sheath and needle-less RF system provides for a very visible, precise, and safe transseptal experience,” says Hahn. “The precision and efficiency with which the interventionalist can now perform the transseptal puncture is remarkable and will likely shorten procedure times and improve procedural success.”

“With the increasing number of left atrial procedures, it is imperative to have a left atrial access device that helps physicians safely and predictably cross the septum,” commented Leon, “The SafeCross system represents a novel tool for successful left atrial procedures including LAAC, transcatheter mitral valve repair (TEER), and AF ablation procedures among others. I look forward to collecting clinical evidence on the performance of the SafeCross system and to focusing on training initiatives to improve the safety and efficacy of left atrial procedures.”

“We are excited to have successfully completed the first commercial cases of the SafeCross system, a significant milestone for our company,” said Anthony Medigo, Chief Commercial Officer of East End Medical. “The SafeCross system brings several benefits to physicians performing left atrial procedures and we look forward to bringing this important technology to more hospitals in the U.S. market later this year.”


Please enter your comment!
Please enter your name here