Globus Medical Announces Completion of 20,000 Procedures Utilizing ExcelsiusGPS

Globus Medical
Robotic Navigation System helps surgeons increase accuracy, reduce radiation, and save time in OR

AUDUBON, PA — Globus Medical, Inc. (NYSE: GMED) has announced that over 20,000 spine procedures have been performed utilizing the ExcelsiusGPS® Robotic Navigation system.

“The ExcelsiusGPS® platform is one of the most intuitive systems I have ever used. It was easy to learn and adapt into my operating room,” said Dr. Roland Kent, Orthopedic Spine Surgeon at Northwest Specialty Hospital in Post Falls, ID, who has performed over 300 procedures with ExcelsiusGPS®. “I have experienced significant decreases in our operative times, whether it be a single position lateral, a simple TLIF or a T10-to-pelvis deformity correction. I use ExcelsiusGPS® for almost every case I do.”

The number of cases that incorporate the ExcelsiusGPS® platform is at an all-time high. Specifically developed to overcome the limitations of minimally invasive surgery, ExcelsiusGPS® removes multiple stress factors and helps to maintain navigation integrity, allowing the surgeons to focus on patient care. ExcelsiusGPS® combines streamlined preoperative or intraoperative planning with fully integrated robotic trajectory alignment for a broad spectrum of spine applications. The robotic platform has been shown to help increase accuracy, reduce radiation, and generate time savings compared to conventional spine procedures.1

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“At Globus, our mission is to improve patient care by developing game-changing technology. We firmly believe commercial success is a product of clinical success,” said Mir Hussain, Director of Field Applications for Globus Medical’s Imaging, Navigation, Robotics Division. “It is both humbling and exciting to be part of the team that developed and launched this technology almost 4 years ago, and now it is being utilized in over 20,000 procedures around the world!”

1 Vaccaro, A. R. et al. ExcelsiusGPS® Robotic Navigation Platform Improves Screw Accuracy and Reduces Radiation Exposure Compared to Conventional Fluoroscopic Techniques in a Simulated Surgical Model. White paper (GMWP51). Globus Medical, Inc. (April 2018).

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