3D Planning and Guides for Shoulder Arthroplasty

Combining intelligent automation with experts’ quality checks, the 3D views provide you with the confidence to make the right choice for each patient.​ Overlay CT images, 3D bones, and implants to enhance usability and gain additional insights. CT images are automatically resliced to eliminate projection errors, and relevant measurements are automatically visualized.

A pre-morbid reconstruction of the scapula using Statistical Shape Models (SSMs) helps quantify the vault loss and maximum erosion depth. In addition, it simulates the native joint line and gives input on the required lateralization.

Accurate implant positioning is vital for glenoid baseplate longevity, with 3D planning offering greater precision than 2D radiographs or CT scans.* Real-time simulations of glenoid and humeral implant components help detect impingements and assess range of motion to determine the best surgical approach.

The required bone graft can be visualized and quantified pre- and intra-operatively. Decide when to opt for a personalized glenoid implant like Glenius to increase the predictability of the reconstruction.

Mimic the shoulder’s dynamic traits with our new Muscle Elongation tool, available in our shoulder planner.

Plan your revision cases with the same clarity you trust for primary surgeries. Visualize existing metal implant components, use the same powerful functionalities as for primary cases, and plan for either single-stage or two-stage revisions.

This dashboard empowers surgeons with centralized access to key patient demographics and surgical planning parameters. You’ll be able to review past cases’ data and compare them with aggregated insights from other surgeons, using detailed metrics like averages and ranges.