The Story
Stryker 6007-10 Navigation Patient Tracker Blue Orthopedic
Stryker 6007-10
Stryker Navigation Patient Tracker 6007-10 in Blue for orthopedic applications. This limited-use surgical instrument presents in exceptional condition, either removed from original manufacturer packaging or exhibiting minimal usage indicators. Despite its classification as limited use, this high-quality tracker maintains optimal functionality and precision necessary for navigated orthopedic procedures, ensuring reliable patient tracking capabilities.
The 6007‑10 Blue Patient Tracker is a wireless optical tracking device engineered for use with Stryker’s navigation systems, primarily for hip and orthopedic procedures. Designed to attach rigidly to a fixed anatomical reference (e.g., pelvic or femoral pin), it emits infrared signals received by the navigation camera, enabling real-time spatial tracking of the patient’s anatomy relative to surgical instruments. Its blue color coding specifically identifies its role in hip‑module applications, distinguishing it from green knee‑module trackers.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
Stryker 6007-10 Navigation Patient Tracker Blue Orthopedic
Stryker 6007-10
Stryker Navigation Patient Tracker 6007-10 in Blue for orthopedic applications. This limited-use surgical instrument presents in exceptional condition, either removed from original manufacturer packaging or exhibiting minimal usage indicators. Despite its classification as limited use, this high-quality tracker maintains optimal functionality and precision necessary for navigated orthopedic procedures, ensuring reliable patient tracking capabilities.
The 6007‑10 Blue Patient Tracker is a wireless optical tracking device engineered for use with Stryker’s navigation systems, primarily for hip and orthopedic procedures. Designed to attach rigidly to a fixed anatomical reference (e.g., pelvic or femoral pin), it emits infrared signals received by the navigation camera, enabling real-time spatial tracking of the patient’s anatomy relative to surgical instruments. Its blue color coding specifically identifies its role in hip‑module applications, distinguishing it from green knee‑module trackers.













