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ExcelsiusGPS® Interbody Solutions enables access to the most advanced interbody portfolio on the market
Interbody Solutions
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© Globus Medical, 2019. All Rights Reserved.
Globus Medical, Inc. 2019. All Rights Reserved under United States Copyright Laws. This document has been prepared by Globus Medical, Inc. for its distributors and customers. The content of this document is confidential. It may be reproduced only with written permission from Globus Medical, Inc. Specifications contained herein are subject to change, and these changes will be reported in subsequent revisions or editions. The system described in this document cannot substitute for the knowledge, skill and experience of the competent medical personnel who are its intended users.
Globus Medical, Inc. documentation often refers to hardware or software products by their trade names. In most if not all cases these designations are claimed as trademarks or registered trademarks by their respective companies. The trade names are used for identification purposes only.
Globus and ExcelsiusGPS® are trademarks of Globus Medical, Inc. Microsoft, Windows, and the Windows logo graphic are registered trademarks of Microsoft Corporation in the United States and/or other countries. All brand names and product names used in this document are trademarks, registered trademarks, or trade names of their respective holders.
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RISE®-L
ELSA®
RISE®
CALIBER®
Expandable Lumbar
Interbody Spacer
Best-in-Class Just Got Better
Integrated Instruments
Surgeon-enabled Functionality
Rigid Robotic Arm
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ExcelsiusGPS® Interbody Solutions expands the system’s capabilities to robotically navigate not only screws, but also the most advanced expandable interbody implants on the market and instruments for dilation, disc preparation and trialing.
ExcelsiusGPS® has advanced its application of the rigid robotic arm beyond screw placement to include retractor and port system trajectory alignment.
This combination eliminates the need for a table-mounted system, and maximizes retractor or port stability.
Expandable Technology
Featured Content
Best-in-Class Just Got Better
ExcelsiusGPS Interbody Solutions
ExcelsiusGPS® Interbody Solutions
Single Position Lateral Surgery
ExcelsiusGPS® Interbody Solutions
MIS TLIF Surgery
ExcelsiusGPS® Interbody Solutions allows for improved visualization and constant real-time feedback of instruments during dilation, disc preparation, and implant insertion to help achieve optimal implant placement for minimally invasive posterior and lateral lumbar interbody fusion procedures, compared to conventional interbody fusion techniques.
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Expandable Lumbar
Interbody Spacer
Expandable Lateral
Lumbar Interbody Spacer
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A Navigated Interbody Inserter allows for visualization of the inserter
and interbody implant, as well as orientation, advancement and
location within the disc space. It provides real-time feedback of implant advancement and fit with less reliance on intraoperative imaging.
A Navigated Dilator Array provides visualization of trajectory prior to incision and during dilation, and because of this, may require fewer adjustments and manipulations of the retractor
Implant planning and navigated implant insertion helps surgeons make informed decisions during insertion about achieving indirect decompression versus creating lordosis.
Improved Visualization & Feedback for Guidance and Positioning
Expansion of Rigid Robotic Arm Functionality
Our expandable technology products are designed to help preserve anatomy while restoring sagittal alignment, and allow for a customizable fit to each patient
Expandable Integrated Lateral
Lumbar Interbody Spacer
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Vladimir Sinkov, MD
Orthopedic Spine Surgeon at Nevada Orthopedic & Spine Center | NV
With lateral interbody fusion, the rail and articulating arm may not be rigid or stable, and the same arm can get in the way. By having the retractor attached to the rigid robotic arm, I am eliminating these problems and have a more reliable trajectory.
Sheeraz Qureshi, MD, MBA
Orthopedic Surgeon at Hospital for Special Surgery | NY
Amongst the many improvements is the ability to navigate a dilator to match the planned trajectory, then lock into place with the Articulating Arm. This will allow surgeons to get the perfect trajectory on the first try.
Sheeraz Qureshi, MD, MBA
Orthopedic Surgeon at Hospital for Special Surgery | NY
Taking the first step was critical in placing pedicle screws and being able to marry navigation with that robotic trajectory setting. We learned how to do that well and took the next steps to apply the same technology to being able to prepare the disc space with real-time instrument visualization. This is only the beginning still.
