ExcelsiusGPS
Made by Globus Medical
Photo: Globus Medical
- use
- plans and guides pedicle screw and implant placement to a preoperative or intraoperative CT plan
- type
- robotic navigation platform for spine surgery (rigid positioning arm + surgical navigation)
- clearance
- FDA 510(k) cleared in 2017
- benefit claim
- sub-millimeter screw-placement accuracy; reduced intraoperative fluoroscopy and radiation exposure
- installed signal
- ~130,000 robotic procedures performed to date; record ExcelsiusGPS unit sales in Q4 2025
Who's exposed
Jobs in the threat radius
- surgical first assistant (spine)
- orthopedic / neurosurgical surgical technologist
- intraoperative radiologic technologist (C-arm / fluoroscopy)
Deployment status
Shipping since its 2017 FDA clearance and now one of the most widely installed spine robots in the US, sold by a public company (NYSE: GMED) whose deployment shows up in audited numbers. Globus reports roughly 130,000 robotic procedures performed to date, record ExcelsiusGPS unit sales in Q4 2025, and Enabling Technologies revenue of about $55.6M in that quarter, up double digits year over year. Named hospital programs span academic centers and community systems — University of Alabama at Birmingham, Methodist, Overlook Medical Center, and many others. The company is deliberately shifting from one-time capital sales toward rental and recurring placement, which pulls the robot into routine spine practice rather than leaving it a showcase purchase.
When this hits the labor market
Surgical robots are the honest edge case in this catalog: ExcelsiusGPS does not remove the surgeon, it standardizes the parts of the operation around the surgeon. Over 1-3 years the measurable effect is on the support cast — robotic navigation places screws to a CT plan with less live fluoroscopy, which trims the intraoperative radiologic tech's role and shifts what the surgical first assistant does from guiding hardware to tending the machine. Over 3-5 years the deeper pressure is on skill scarcity: when the robot encodes the precision that used to separate a fellowship-trained spine surgeon from a general one, complex screw placement deskills, more of the case becomes repeatable, and health systems can staff a given volume of spine work with a flatter, cheaper team. The surgeon's judgment stays essential; the premium once attached to manual placement precision does not.
Is this robot coming for your job?
Press releases speak in averages — LostJobs talks about your role. Find out which parts of your job hold up and which don't. Free.
Talk to LostJobs about my future
The robot that doesn’t replace the surgeon
Most entries in this catalog answer the question “which worker does this machine stand in for?” ExcelsiusGPS answers a subtler one. Globus Medical’s spine platform is a rigid navigation arm that plans and guides where every pedicle screw goes, matching a preoperative or intraoperative CT to sub-millimeter accuracy. It does not operate on its own and it does not send the surgeon home. What it does is take the hardest-to-teach part of spine surgery — precise screw placement, historically done by feel and confirmed with repeated X-rays — and turn it into a guided, repeatable step.
That is a different kind of labor story, and it belongs here precisely because it is honest about how automation usually arrives in skilled work: not as a pink slip, but as a redistribution of who is needed in the room.
A public company’s deployment record
Because Globus trades on the NYSE, its adoption comes with audited detail rather than press-release adjectives. The company reports roughly 130,000 robotic procedures performed to date, record ExcelsiusGPS unit sales in the fourth quarter of 2025, and Enabling Technologies revenue near $55.6M in that quarter. Robot placements have been growing at a double-digit-to-59% annual clip in recent years, and named programs run from University of Alabama at Birmingham to community hospitals like Overlook. The strategic tell is the move from selling systems outright toward rental and recurring placement — the model you choose when you want a robot in every routine case, not just the flagship one.
Why we track it
Spine surgery is high-skill, high-margin work, and the reflex is to assume robots can’t touch it. Read the effect on the team instead of the surgeon. Live fluoroscopy shrinks, so the intraoperative radiologic tech is needed less; the first assist tends the arm instead of guiding hardware; and the precision that used to justify years of specialized training becomes something the machine supplies. None of that fires the surgeon. All of it lets a health system run the same spine volume with a flatter, cheaper support team and less dependence on the scarcest surgical skill. If your role is in the operating room but not holding the scalpel, ExcelsiusGPS is a preview of how robotics reshapes even the most protected professional work — from the edges in.