Mimics Innovation Suite
Tutorials
On this page, we offer you various tutorials that show you how to use the Mimics Innovation Suite to successfully analyze and segment medical images, design 3D models, and prepare the latter for 3D printing. Additionally, you can consult tutorials on Finite Element Analysis (FEA), Scripting to automate your workflow and much more. Simply browse the various topics, and click on the image to open the tutorial of your choice.
How to get started with Mimics
How to use Region-Growing in Mimics
How to use Split Mask in Mimics
How to use Dynamic Region Growing in Mimics
How to create a heart model for 3D Printing
How to semi-automatically segment the heart with the CT Heart tool
How to include the myocardium in heart models
How to use Dynamic Region Growing in Mimics
How to segment muscles semi-automatically in Mimics
How to create a 3D-printable model of the heart and myocardium
How to segment the coronaries and analyze them in MIS?
How to segment bones in MIS and prepare them for 3D printing?
Automatic reconstruction of the orbital floor and the maxillary sinus
Automatic Heart Segmentation using the CT Heart Tool | Materialise Mimics 22
How to analyze the Tricuspid Valve
How to interpret a Statistical Shape Model (SSM)
How to map bone thickness on your anatomical models?
How to analyze the centerline of the aorta
How to analyze wall thickness in Materialise 3-matic
How to assess the aortic valve to plan for a TAVI procedure
How to analyze and assess the mitral valve based on CT images
How to perform advanced measurements on the heart in MIS?
Converting a Point Cloud to a Surface Mesh to Reverse Engineer Parts
Designing Magnet Features for Anatomical Models
How to Create Your Own Graph Unit Cell
How to interpret a Statistical Shape Model (SSM)
How to design a patient-specific cranial plate
How to create a customized cardiovascular benchtop model
How to include the myocardium in heart models
How to eliminate holes in your 3D model in 3-matic Medical
How to create a heart model for 3D Printing
How to design surgical plates in MIS?
Designing Magnet Features for Anatomical Models
Preparing cardiac and vascular models for 3D pritning with the digital anatomy materials
Preparing Files to 3D print Multi-Color and Multi-Material Models
How to map bone thickness on your anatomical models?
How to label 3D printed anatomical models?
How to create a heart model for 3D Printing
How to analyze wall thickness in Materialise 3-matic
How to create a 3D-printed heart model for patient-specific planning: DORV
How to create a 3D-printed renal carcinoma model
How to create a 3D model of a calcaneus bone fracture
How to Create a 3D model of a hip fracture
How to eliminate holes in your 3D model in 3-matic Medical
Instructions for use
Our Electronic Instructions For Use (eIFUs) are accessible to users of our medical device software in the European Union, Australia and Japan.