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GPS Shoulder Application

The only globally launched shoulder navigation technology available.

GPS Shoulder Application

The only globally launched shoulder navigation technology available.

GPS Shoulder Application

The GPS Shoulder Application is designed to reproduce the preoperative plan with precise execution intraoperatively. The system provides live feedback, allowing surgeons to control adjustments to the surgical plan in the O.R.

Reproducibility

Intraoperatively, ExactechGPS® provides visibility into the glenoid vault in real time and allows for consistent, accurate glenoid placement.1

Efficiency

A user-friendly preoperative planning application, the Equinoxe® Planning App, enables implant selection and placement prior to surgery. An ExactechGPS operative plan can be prepared within days after receiving patient CT scan.

Accuracy

In a recent cadaver study, ExactechGPS was able to bring the version, inclination and implant placement to within 2 degrees and 2mm of the planned implant placement – an 8 degree improvement over standard instrumentation and a 4 degree improvement over patient-specific instrumentation.2,3

ExactechGPS_Shoulder_Version_GPS_Spread2018-1024x400
ExactechGPS_Shoulder_Lateral_GPS_Spread_2018-1024x400

Version (left) and inclination using conventional instruments, planning + conventional instruments, and planning + navigation1

Efficiency

In addition, ExactechGPS provides a real-time view of retroversion and inclination, reaming and drilling depth, screw placement and the ability to adjust surgical plan intraoperatively, offering surgeons more flexibility.

ExactechGPS Shoulder Application Resources

No results

Available for use exclusively with the Equinoxe® Platform Shoulder System, including its comprehensive glenoid solutions.
ExactechGPS® is manufactured by Blue Ortho and distributed by Exactech, Inc.

  1. Data on file at Exactech.

  2. Greene, A. et al. Navigated vs. non-navigated results of a CT based computer assisted shoulder arthroplasty system in 30 cadavers. Presented at ISTA 2018.*

  3. Iannotti, J. et al. Three-dimensional preoperative planning software and a novel information transfer technology improve glenoid component positioning. J Bone Joint Surg. 2014;96:e71(1-8).

* In vitro (bench) test results may not necessarily be indicative of clinical performance.