3D Planning and Guides for Shoulder Arthroplasty
Personalization made easy
State-of-the-art personalized solutions for shoulder arthroplasty, from standard to stand-out cases. Get powerful insights from intuitive and reliable 3D planning tools, and enhance predictability with personalized guides and implants.
Augment your surgical insights
Get started easily
Fast and reliable 3D reconstructions, in combination with familiar CT images, make selecting and sizing implants very intuitive.
Unique defect analysis
A unique analysis classification in combination with 2D and 3D images gives you a full overview of the pathology for both primary and revision cases.
Powerful shoulder dynamics
Simulate complex biomechanics of implant components and enhance the predictability of shoulder replacements with the Muscle Elongation tool in our shoulder planner.
Plan anywhere
Upload images and seamlessly plan your cases from any device with an internet connection.
Enhanced intra-op precision
3D-printed surgical guides are valuable precision tools, and personalized implants can address the most complex shoulder anatomy.
Future-proof solution
Innovations we are working on in artificial intelligence, augmented reality, and soft tissue simulations will accelerate personalization.
Powerful and intuitive 3D planning
Automated measurements
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.
Unique defect analysis
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 assessment of the implant position
A correct implant position is a critical factor for glenoid implant longevity. Assessing the implant through 3D planning has shown to be a more accurate technique than 2D radiographs and unformatted CT scans.1
Detect impingements and maximize the range of motion
Real-time simulation of glenoid and humeral implant components immediately shows impingements and range of motion. A side-by-side comparison of up to four plans for both anatomic and reverse procedures allows you to decide on the best option.
Assess bone grafts
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.
Muscle Elongation
Mimic the shoulder’s dynamic traits with our new Muscle Elongation tool, available in our shoulder planner.
Planning for revision cases
Plan your revision cases with the same clarity you trust for primary surgeries.
Enhanced intra-op precision
Personalized guides
An optional 3D-printed glenoid guide, designed with the patented coracoid clip for stability, provides a reliable and accurate method to execute the surgical plan through conventional surgical techniques.
Get inspired
Discover how others benefit from our solution.
Learn more and get support
Learn how to get started with 3D planning and guides for shoulder arthroplasty.
Our partners
30+ years of experience, 500,000+ patients treated
Materialise is a pioneer and the world's leading supplier of personalized solutions.
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1Choi, Chang-Hyuk & Kim, Hee-Chan & Kang, Daewon & Kim, Jun-Young. (2020). Comparative study of glenoid version and inclination using two-dimensional images from computed tomography and three-dimensional reconstructed bone models. Clinics in Shoulder and Elbow. 23. 119-124. 10.5397/cise.2020.00220.