Spine surgeons, gather ‘round — there’s a new system in town…and it’s not just another robot arm bolted onto a navigation cart.
Medtronic has officially received FDA clearance for the Stealth AXiS™ surgical system — a next-gen platform that fuses planning, navigation, and robotics into one intelligent, streamlined setup for spine surgery.
It’s built to move when the spine moves.
The Problem Spine Surgeons Know All too Well
Spines are dynamic. You plan beautifully. You position perfectly. You prep meticulously. Then you decompress, instrument, adjust alignment…and the anatomy subtly shifts.
And, of course:
- Landmarks aren’t exactly where you thought
- Alignment isn’t quite what you planned
- Spin another image?
Introducing Real Time Segmental Tracking (aka: LiveAlign™)
The headline feature of the Stealth AXiS system is LiveAlign™ segmental tracking — an industry-first capability that lets surgeons visualize spinal motion and alignment changes in real time during surgery.
- You move the spine.
- The system knows you moved the spine.
- The visualization updates.
- You keep working.
Less workflow interruption. Less repeated imaging. More staying in the zone.
Not “Another Robot” – A Platform
What makes this interesting isn’t just articulating hardware — it’s the intelligence and integration.
Instead of juggling a planning station, a navigation system, a robotic arm and three different user interfaces, Stealth AXiS combines planning, navigation, and robotic execution into a single, unified system.
It’s modular, too — meaning hospitals and ASCs can scale it over time rather than committing to an all-or-nothing tech overhaul.
Built on 50+ Years of Navigation DNA
Stealth AXiS™, of course, is built on decades of navigation and robotics experience from Medtronic’s cranial and spinal portfolio. The architecture is also designed to expand into future cranial and ENT applications (pending additional FDA clearance).
Designed for the Real World
The system is cleared for U.S. spine procedures and built to work in large academic centers, community hospitals and, the fastest growing sector in spine, ambulatory surgery centers.
Spine surgery variability is real. Alignment changes. Anatomy shifts. Workflow interruptions add friction.
The promise here isn’t just “cool robot.” It’s more predictable execution of your surgical plan — even as the spine dynamically responds to what you’re doing.
Think adaptive guidance, not static guidance.
Part of Medtronic’s Broader AiBLE™ Ecosystem
Medtronic’s AiBLE™ smart ecosystem connects planning, intraoperative execution, and post-op data into one connected network.
For spine surgeons, that means better alignment tracking, more seamless workflows, potentially more reproducible outcomes and fewer re-spun images.
Real-time segmental tracking integrated into a unified system is very, very interesting. If the intraoperative spine can finally behave less like a moving target and more like a trackable structure, that’s not just incremental — that’s meaningful.
Spine is dynamic. Medtronic just introduced a platform is too.