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ExcelsiusGPS

THE WORLD’S FIRST REVOLUTIONARY ROBOTIC NAVIGATION PLATFORM

ExcelsiusGPS™ is the first and only robotic navigation platform on the market that offers a comprehensive approach to spine and cranial procedures, from start to finish. The system enables repeatable and accurate trajectory alignment and navigation for placing screws, interbody implants, and cranial instruments.

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Multifunctional Robotic
Navigation

ExcelsiusGPS™ is designed to improve alignment accuracy and optimize patient care by combining a rigid robotic arm and full navigation capabilities into one adaptable platform. The system may be utilized for robotic navigation and guidance, or for navigation only.

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Imaging
Versatility

ExcelsiusGPS™ has a variety of compatible imaging modalities for both spine and cranial applications. ExcelsiusGPS™ works with any preoperative CT, intraoperative CT, and intraoperative fluoroscopy imaging system, with additional MR compatibility for cranial applications.

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Real-Time
Information

ExcelsiusGPS™ is the only robotic navigation platform that addresses the gaps of standard navigation and current robotic technologies. ExcelsiusGPS™ provides real-time trajectory guidance and visualization of integrated instruments and implants, creating safety redundancies throughout the procedure to help maintain navigational integrity.

ExcelsiusGPS™
Cranial Procedure
TLIF Procedure
LLIF Procedure
SI Fixation Procedure
Docking
AR
ExcelsiusGPS™
Cranial Procedure
TLIF Procedure
LLIF Procedure
SI Fixation Procedure
Docking
AR

Adaptable End Effector

The actively navigated end effector can be exchanged, depending on the type of spine or cranial application

Force Deflection Sensing

The fully integrated force-sensing technology provides feedback on skiving and any deflection from the planned trajectory

Real-Time Visualization

The user interface enables surgeons to visualize integrated instruments and implants and navigate patient anatomy in real time

Floor-Mounted Stabilizers

The stabilizers engage to secure the base station to the floor without attaching to the bed or patient

Rigid Robotic Arm

The rigid robotic arm aligns to the planned trajectory and maintains positioning regardless of complexity

Intuitive Pre-Planning

The software intuitively outlines workflows for streamlined and efficient pre-planning of surgical procedures

Integrated Instruments

The integrated instruments, along with the end effector, remove the need for K-wires in less invasive procedures while also providing visualization for TLIF and LLIF procedures

Portable Maneuverability

The mobile, compact base station and camera stand allow for streamlined and adaptable setup and transport

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Virtual Demo

Excelsius Interbody Solutions logo

ExcelsiusGPS™ Interbody Solutions expands the system’s capabilities to robotically navigate the most advanced expandable interbody implants on the market.

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Excelsius Cranial Solutions logo

ExcelsiusGPS™ Cranial Solutions is a fully integrated navigation platform for cranial stereotactic procedures, from common biopsies to complex DBS procedures.

See Cranial Applications

“I am thrilled to incorporate ExcelsiusGPS™ technology into my surgical procedures at Island Hospital. I anticipate many benefits for my patients, most notably in the many ways that this device will add [accuracy] and efficiency. This is a revolutionary technological tool that will no doubt have a positive impact on many lives.”

Dr. Dawei Lu
Orthopedic Surgeon | Island Hospital
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“We have a small margin for error as we navigate a narrow space to place the spinal screws. On either side are ‘danger elements,’ including delicate nerves that can be damaged. With ExcelsiusGPS™, we’re able to be exact every time, increasing accuracy and safety.”

Dr. Torin Cunningham
Orthopedic Surgeon | MemorialCare Miller Children’s & Women’s Hospital
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“ExcelsiusGPS™ is truly a revolutionary technology designed to improve surgeon wellness and patient care. We are excited about the potential impact that robotic guidance and navigation may have in improving screw placement accuracy, MIS efficiency, and reducing radiation exposure.”

Dr. Peter Klassen
Neurosurgeon | Bonifatius Hospital
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“One reason why we love ExcelsiusGPS™ is, quite frankly, the retention and recruitment it brings to our hospital. Doctors that are coming out of fellowship are wanting robots. It is a big piece for us to say that we have ExcelsiusGPS™. Another reason we love the robot is that we get a higher volume of cases and more complex cases. The safety and high accuracy results made purchasing ExcelsiusGPS™ a no-brainer for us.”

Rick Rasmussen
CEO | Northwest Specialty Hospital
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“ExcelsiusGPS™ allows us to perform more spine robotic cases and DRGs with higher complexity and acuity than we were ever able to do before [at Methodist Stone Oak], specifically because of the accuracy and the results that we can get time after time.”

Gabriel Marrufo
CFO | Methodist Stone Oak
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“We have seen a really positive impact since adding ExcelsiusGPS™ to our hospital. For the first year we are 30% above our initial projections. [Our surgeon] has been using the robot with deformity cases. More complex cases can now be done at our hospital simply because we have ExcelsiusGPS™.”

Brian Brigham
CFO | Northwest Specialty Hospital
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Experience ExcelsiusGPS™

Take a Virtual Tour

Explore ExcelsiusGPS™ in a 3D tour. Use the augmented reality viewer on your mobile device to visualize ExcelsiusGPS™ in your environment.

See ExcelsiusGPS™ in 3D

Read the Published Literature

With over 4 years of collected clinical data from across the globe, discover a library of published literature featuring ExcelsiusGPS™, from technique to application.

See the Data

Expand Your OR

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