- Globus Medical (GMED, Financial) launches DuraPro™ with advanced navigation features to target the $550 million high-speed drill market.
- The DuraPro™ system integrates with ExcelsiusGPS™ and ExcelsiusHub™ for enhanced surgical precision and safety.
- Introduction of Verzera™, expanding Globus Medical's Power Portfolio of innovative surgical solutions.
Globus Medical, Inc. (GMED), a frontrunner in the musculoskeletal solutions field, has introduced DuraPro™, a next-generation oscillating system that boasts enhanced navigation capabilities via its Excelsius™ platform. This launch represents a strategic endeavor to stake a claim in the $550 million high-speed drill market by offering cutting-edge technology designed to protect delicate tissue during spine surgeries.
The DuraPro™ system stands out due to its oscillating technology, which safeguards sensitive neural tissues while facilitating efficient bone cutting. Key features include anti-skiving pilot hole drilling to maintain accurate trajectory and brush attachments for comprehensive discectomies. These features make DuraPro™ a safer alternative to traditional spinning drills, which pose a higher risk of soft tissue wrapping.
Integration with Globus Medical’s ExcelsiusGPS™ and ExcelsiusHub™ platforms further enhances the DuraPro™ system, providing a holistic procedural solution that combines navigation precision with advanced safety features. This ecosystem approach underscores Globus Medical’s commitment to developing complementary surgical technologies for improved patient care.
Additionally, Globus Medical has launched Verzera™, a state-of-the-art navigated high-speed drill system. This launch signals the expansion of the company’s Power Portfolio, reinforcing its dedication to meeting unmet clinical needs and enhancing procedural efficiency for surgeons worldwide.
Drs. Roland Kent and David Glassman of Axis Spine Center have validated the clinical effectiveness of these technologies, noting that the integration of ExcelsiusGPS™ provides real-time visualization that bolsters surgical accuracy and confidence.
