Mimics® Innovation Suite

Your Complete Toolbox for Engineering on Anatomy

The Mimics Innovation Suite is a complete set of tools developed for biomedical professionals that allow you to perform a multitude of engineering operations starting from medical imaging data. Watch the video below to get an idea of what is possible. 

The Suite consists of several modules and other complementary software solutions and services. You may select the items which you need in order to create your customized solution. Below are the available components:

  • Mimics
    • Software for medical image segmentation and 3D model creation
  • 3-matic
    • Software that combines CAD tools with meshing capabilities for anatomical data
    • Software for cranio-maxillofacial surgical planning
  • Engineering services
    • Skilled engineers who help you realize your projects and bring them to a higher level
  • Anatomical models
    • Tangible, accurate and realistic models, produced through 3D Printing 

In addition, we offer consultancy and custom software development…and we love a challenge!

Here at Materialise, we are the innovators you can count on. To ensure this, we have an ISO quality system in place and both Mimics and 3-matic have the necessary clearances for the US and European market. The Mimics Innovation Suite is the industry standard software for processing and editing anatomical data derived from medical images. With our powerful and user-friendly Suite, you can perform a multitude of engineering operations such as segmenting, measuring, designing and modeling. This Engineering on Anatomy™ workflow is reflected in the image below.


Industries   Application Areas
Orthopaedics   3D Visualization and Verification, Population Analysis, Post-Operative Analysis
Cardiovascular   Measurements, Analysis, Statistics, Validation, HeartPrint models
Cranio-Maxillofacial (CMF)   Patient-Specific Implant, Guide and Device Design, Surgical Planning
More...   Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD), Surgical Simulation

3D-Printed Anatomical Models

    Anatomical Reverse Engineering