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Materialise Mimics is a software that converts medical images into 3D models for patient-specific device design and R&D. It offers segmentation, measurement, visualization and automation tools for various applications in orthopaedics, CMF and personalized medicine.
- See What's New
Optimize physicians' use of Mimics Viewer with custom views...
- Talk to Our Team
Mimics Innovation Suite. Contact us . Mimics Innovation...
- Custom Plugins
What’s new in Mimics Innovation Suite. We continuously add...
- Materialise ADAM
Materialise ADAM services are part of the Mimics Innovation...
- Request a Trial
Mimics Innovation Suite. Request a trial. To make sure you...
- Materialise 3-matic Medical
Mimics® Medical and 3-matic® Medical are medical devices and...
- See What's New
Materialise Mimics es un software de ingeniería médica basado en imágenes 3D que permite ir desde la imagen al modelo 3D, además de que permite escalar desde la I+D hasta las operaciones clínicas de alto volumen. Descubra sus funciones, novedades, aplicaciones y recursos académicos.
Mimics es un increíble juego que se trata de imitar caras y personajes con tus amigos y familiares. Una vez que te han dado una imagen tienes que imitarla con...
9 de oct. de 2023 · Mimics is the fun and hilarious new party game about imitating funny faces with friends and family! Given a picture, you mimic the facial expression and watch your...
Mimics Viewer is a web-based application that allows you to view and share 3D models of medical images created with Materialise Mimics software. You can access, annotate, and collaborate on your projects from any device and location. Contact us to learn more about how Mimics Viewer can enhance your medical image processing workflow.
Materialise Mimics is an image processing software for 3D design and modeling, developed by Materialise NV, a Belgian company specialized in additive manufacturing software and technology for medical, dental and additive manufacturing industries.
Mimics Innovation Suite is a toolbox for segmenting and designing 3D models from medical image data. It is used for orthopaedic, cranio-maxillofacial, cardiovascular, and other clinical applications.
