Excelsius Technology devices
Excelsius Technology intro animation

Exceptional Technology for
Extraordinary Care

Excelsius Technology logo

Build a Smarter OR

Excelsius Technology is an ecosystem of exceptional technology designed to improve safety and care in the OR for patients and hospital staff alike.

ExcelsiusGPS™
Revolutionary Robotic Navigation
Excelsius3D™
Intelligent Imaging System
Lightbulb icon

Innovation
Through
Collaboration

Globus incorporates surgeon feedback to create high-quality, innovative products designed to enhance safety, accuracy, and clinical results.

Lightbulb icon

Increased
OR
Efficiency

Globus’ integrated surgical systems are purposefully designed to provide automated processes to help improve time management in the OR.

Lightbulb icon

Reduced
Radiation
Exposure

Globus works hard to lower the risk of radiation exposure for those in the OR by continually innovating and adapting technology.

ExcelsiusGPS logo

This robotic navigation platform combines a rigid robotic arm and full navigation capabilities to help improve accuracy and optimize patient care for spine and cranial applications.

Excelsius3D logo

This intelligent imaging system provides expert adaptability, seamless maneuverability, and multidisciplinary benefits with three imaging modalities consolidated into one unit.

ExcelsiusHub logo

ExcelsiusHub is designed to elevate the safety and reproducibility of spine navigation through real-time patient array monitoring, tissue-sparing drills, and registration flexibility.

ADVANCED TECHNOLOGY &
SMART SURGICAL SOLUTIONS

Excelsius Technology provides support to any surgical suite where safety and accuracy are key.

Dr Theodore headshot

“With ExcelsiusGPS I’m pretty much doing everything. I’ve migrated all of my lower cervical, thoracic, lumbar, and iliac cases to robotics and everything from simple to minimally invasive TLIFs to large open scoliosis reconstructions, vertebral column resections, and oncology resections. Pretty much every time I put a pedicle screw in I’m using robotics at this point.”

Dr. Nicholas Theodore
Neurosurgeon | Johns Hopkins Hospital