Globus Medical announced the first spine surgical cases to utilize the ExcelsiusGPS® Interbody Solutions module. The system has now evolved from planning and placing pedicle screws to helping surgeons perform robotic navigated transforaminal lumbar interbody fusion (TLIF) and robotic navigated single position lateral interbody fusion procedures from start to finish.
ExcelsiusGPS delivers high responsiveness through next-generation software, advanced merging capabilities and faster robotic arm movement. Navigated instruments target planned interbody trajectories and optimal port or retractor placement to improve workflow.
With the interbody module, surgeons can seamlessly navigate disc preparation, trialing and interbody insertion through a rigid arm-mounted retractor. ExcelsiusGPS Interbody Solutions allows for fine-tuned interbody planning of implant size and position with 3D visibility.
Globus Medical announced the first spine surgical cases to utilize the ExcelsiusGPS® Interbody Solutions module. The system has now evolved from planning and placing pedicle screws to helping surgeons perform robotic navigated transforaminal lumbar interbody fusion (TLIF) and robotic navigated single position lateral interbody fusion...
Globus Medical announced the first spine surgical cases to utilize the ExcelsiusGPS® Interbody Solutions module. The system has now evolved from planning and placing pedicle screws to helping surgeons perform robotic navigated transforaminal lumbar interbody fusion (TLIF) and robotic navigated single position lateral interbody fusion procedures from start to finish.
ExcelsiusGPS delivers high responsiveness through next-generation software, advanced merging capabilities and faster robotic arm movement. Navigated instruments target planned interbody trajectories and optimal port or retractor placement to improve workflow.
With the interbody module, surgeons can seamlessly navigate disc preparation, trialing and interbody insertion through a rigid arm-mounted retractor. ExcelsiusGPS Interbody Solutions allows for fine-tuned interbody planning of implant size and position with 3D visibility.
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