Medtronic 9734887 StealthStation AxiEM Noninvasive Patient Tracker Electromagnetic Navigation 1/EA

Medtronic 9734887 StealthStation AxiEM Noninvasive Patient Tracker Electromagnetic Navigation 1/EA

• Model: 9734887
• System Compatibility: Medtronic StealthStation™ navigation systems and AxiEM™ electromagnetic navigation platforms used in computer‑assisted surgical navigation
• Technology: Electromagnetic (EM) tracking

The Medtronic 9734887 AxiEM™ Non‑Invasive Patient Tracker is a precision tracking accessory engineered for advanced electromagnetic navigation within the StealthStation™ surgical navigation system. This single‑use, non‑invasive patient tracker provides a reliable anatomical reference point that enables real‑time tracking of patient structures without the need for rigid fixation. Designed specifically for use with Medtronic’s EM navigation platforms, the AxiEM tracker supports clinicians in achieving high‑fidelity alignment between preoperative imaging and intraoperative anatomy for enhanced surgical accuracy.

Built to integrate seamlessly into image‑guided workflows, the AxiEM tracker enhances surgical navigation across a wide range of procedures — from neurosurgery and ENT to cranial and spine interventions. Its electromagnetic tracking capability helps eliminate line‑of‑sight limitations associated with optical systems, giving surgeons the flexibility to maintain continuous patient reference during instrument movement. This can be particularly valuable in pinless navigation techniques, improving procedural efficiency and patient comfort during awake or minimally invasive surgeries.

Ideal for operating rooms, surgical centers, and hospitals utilizing Medtronic’s StealthStation technology, the AxiEM Non‑Invasive Patient Tracker (9734887) delivers dependable performance in each case. As a sterile, single‑use device, it supports stringent infection control protocols while enhancing the precision of surgical navigation and patient registration. Trusted by navigation specialists and surgical teams, this tracker plays a critical role in modern image‑guided surgery by helping clinicians reduce variability and improve targeting confidence during complex anatomically based procedures.