Medtronic received FDA clearance to market the Stealth AXiS surgical system, a next-generation platform that brings planning, navigation, and robotics together into a single intelligent system for spine surgery.
Stealth AXiS is cleared for spine procedures in the U.S., with an underlying architecture designed to support future cranial and ENT applications, pending 510(k) clearance. Built to support a wide range of surgeon preferences, clinical complexity, and care settings, the platform is designed for use across hospitals and ambulatory surgery centers without relying on multiple standalone technologies.
A key innovation of the system is LiveAlign segmental tracking, an industry-first capability that allows surgeons to visualize anatomic motion, surgical adjustments, and patient alignment in real time during spine surgery, without the need for repeated imaging.
Medtronic received FDA clearance to market the Stealth AXiS surgical system, a next-generation platform that brings planning, navigation, and robotics together into a single intelligent system for spine surgery.
Stealth AXiS is cleared for spine procedures in the U.S., with an underlying architecture designed to support future cranial and ENT...
Medtronic received FDA clearance to market the Stealth AXiS surgical system, a next-generation platform that brings planning, navigation, and robotics together into a single intelligent system for spine surgery.
Stealth AXiS is cleared for spine procedures in the U.S., with an underlying architecture designed to support future cranial and ENT applications, pending 510(k) clearance. Built to support a wide range of surgeon preferences, clinical complexity, and care settings, the platform is designed for use across hospitals and ambulatory surgery centers without relying on multiple standalone technologies.
A key innovation of the system is LiveAlign segmental tracking, an industry-first capability that allows surgeons to visualize anatomic motion, surgical adjustments, and patient alignment in real time during spine surgery, without the need for repeated imaging.
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