Biomechanical Modeling Simulation
When performing personalized studies, the 3D models you start from should be geometrically accurate and meshed appropriately. Therefore, using software that is built to accomplish this task in as little time as possible and enables automation can make all the difference.
Why perform personalized modeling and simulation?
Better understand human biomechanics
Grasp local forces by simulating what cannot be measured
Optimize device designs faster and more cost-effectively
Reduce the need for physical and human testing by evaluating and improving designs on virtual patients
Develop predictive planning methods
Simulate the impact of different treatment options and inform clinical planning by using your validated models
Be at the forefront of innovation
Improve patient treatment by predicting the treatment’s impact on biomechanics and patient outcomes
Mimics Innovation Suite enables you to:
- Create accurate 3D models from DICOM, or Micro-CT images
- Perform virtual cuts and virtual device implantations
- Create surface and volume meshes and evaluate their quality
- Assign material properties to your elements based on image gray values
- Export to a broad range of FEA or CFD solvers and musculoskeletal modeling packages
- Automate your processes for the design of experiments
Solutions
3D medical image segmentation software
3D printing, design, and remeshing software
Communication tool for engineers and physicians
A clinically accepted analysis system built to support biomedical research teams with personalized engineering and simulation of gait and balance
Inspiration
Discover how others are using FEA:
Grow your knowledge with our support
Learn how to optimize your use of our software with our Academy and customer support. Plus, access the latest software updates and patient leaflets.
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Materialise medical device software may not be available in all markets because product availability is subject to the regulatory and/ or medical practices in individual markets. In countries where no regulatory registration is obtained of Mimics and/or 3-matic Medical, a research version is available. Please contact your Materialise representative if you have questions about the availability of Materialise medical device software in your area.
Other applications for academia
Boost the development of new automated algorithms and support personalization in healthcare.
Conduct efficient and reliable analyses for success in R&D, even on large batches of CT or MRI scans.
Attain realistic testing conditions that can help shorten intervention time.