Materialise Mimics for Cardiac Interventions

Empowered by FEops' predictive insights

Confident decisions every step of the way, from index to valve-in-valve. With AI-driven, clinically demonstrated 3D insights and predictive simulations, this intuitive solution seamlessly integrates into your workflow, empowering you to deliver the best outcomes with precision and trust for all your patients.

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Confident decisions. Demonstrated outcome.

Improved patient impact


Precise clinical predictions


Achieve more in less time


Explore the interactive TAVR planner

Streamline your workflow with cloud-based collaboration

Rely on automation and expert reviews

Use automation and expert-reviewed case preparation from automated 3D analysis and precise measurements.

Improve efficiency with intuitive tools

Benefit from ease of use with intuitive software and improve efficiency.

Collaborate with your Heart Team

Facilitate smooth collaboration with your Heart Team and flexibly access the Mimics cloud platform from any location.

Seamless PACS integration

Streamline operational efficiency by utilizing the seamless workflow integration with PACS.

How it works

Icons showing the workflow for Materialise Mimics Planner: from patient scanning to uploading files to digital planning to surgery

Step 1: Upload CT
Securely upload your patient's scans from PACS to be analyzed.

Step 2: Case preparation
Our skilled team leverages and reviews AI to prepare your procedure for you.

Step 3: Online intervention planning
Leverage our 3D modeling to interact with the anatomy and review the plan in the cloud.

Step 4: Bring 3D into the cath lab
Have the plan at your fingertips to reference at any point during the procedure.

Tailored to your procedures 

Optimize pre-procedural decision-making to improve patient outcomes across all structural heart interventions, from a more tailored size selection to insights for TAVR patient lifetime management.

Transcatheter Aortic Valve Replacement

Rely on predictive simulations to optimize device size and positioning, while gaining insights for patient lifetime management, including valve-in-valve scenarios.

Left Atrial Appendage Occlusions

Benefit from advanced predictive modeling for device selection and positioning, minimizing risks like leakage or device-related thrombus.

Transcatheter Mitral Valve Replacement

Use accurate predictions to assess risks such as neoLVOT obstruction, ensuring precision in preprocedural planning for complex cases.

Transcatheter Tricuspid Valve Replacement

Leverage AI-driven 3D modeling, benefit from advanced insights and achieve more in less time when analyzing your tricuspid cases.

Clinical data report

Clinical data showcases the impact and reliability of our technologies. Data from TAVR and LAAO procedures demonstrate improved outcomes, efficiency, and physician confidence throughout the care pathway.

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The FEops predictive insights give our team the confidence to tackle even the most challenging aortic valve anatomies.

Dr. Cameron Dowling, Stanford University | Stanford Medicine, United States
Dr. Cameron DowlingStanford University | Stanford Medicine, United States

When annulus measurements are in the gray zone between two THV sizes, the FEops technology enables 3D-visualisation of the device-host interaction, identifying potential frame deformation in advance to the TAVI procedure. This can aid in the decision making process for optimal treatment execution and may allow for a more patient-tailored approach.

Dr. Romy Hegeman Antonius, Ziekenhuis, Nieuwegein, The Netherlands
Dr. Romy Hegeman AntoniusZiekenhuis, Nieuwegein, The Netherlands

When planning our transcatheter mitral and tricuspid* valve interventions, the meticulous CT analyses and simulations provided by Materialise have so often shown to be of critical value when making a decision on eligibility and the concrete planning of these cases. We couldn’t imagine planning and performing these cases without this valuable preprocedural information.

Ole De Backer, MD, PhD, Professor of Cardiology — University of Copenhagen, Interventional Cardiology Consultant, The Heart Center — Rigshospitalet
Ole De Backer, MD, PhDProfessor of Cardiology — University of Copenhagen, Interventional Cardiology Consultant, The Heart Center — Rigshospitalet

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* In the context of research collaboration