Convert medical imaging data into accurate 3D anatomical models with speed and precision. Mimics Core supports advanced segmentation, anatomical analysis, and virtual planning to simplify complex workflows and improve case preparation.
Turn patient anatomy into printable, patient-specific designs with greater control and accuracy. 3-matic Medical supports device design, mesh generation, simulation preparation, and print optimization within a streamlined medical engineering workflow.
A secure cloud-based platform built to streamline case management and collaboration. Mimics Flow enables easy online access, project sharing, and automatic version control, while supporting advanced tools such as XR visualization, 3D model viewing, AI-powered segmentation, and centralized case workflows.
Share and explore medical 3D models with clarity and ease. Mimics Viewer provides interactive visualization, measurement tools, and secure cloud-based collaboration to help teams review cases, gather feedback, and align decisions more efficiently.
Streamline complex CMF surgical planning with a flexible in-house 3D workflow. Mimics Enlight CMF supports orthognathic, reconstructive, and trauma cases with intuitive tools, smart automation, and precise planning capabilities designed to improve efficiency and clinical confidence.
Materialise Mimics supports modern clinical workflows by transforming medical imaging data into accurate, interactive 3D anatomical models. Designed as a complete segmentation and planning environment, the platform combines advanced imaging tools, intuitive workflows, and integrated collaboration features to support efficient clinical decision-making, procedural preparation, and patient-specific planning.
Convert CT and MRI data into highly detailed 3D anatomical reconstructions that improve spatial understanding and reveal complex structures with precision. Integrated analysis, measurement, and visualisation tools support confident clinical assessment, simulation, and procedural preparation within a single environment.
Designed as a complete segmentation and planning solution, the platform combines automation, guided workflows, and connected tools to simplify complex tasks and reduce manual effort. Segmentation, planning, collaboration, and design preparation can all be managed within one efficient workflow ecosystem.
Support the full clinical process from image segmentation and anatomical review to planning, communication, and case management. Integrated sharing, interactive 3D visualisation, and XR-enabled tools improve coordination between teams while maintaining direct oversight of quality, timelines, and workflow consistency.
Materialise Mimics supports the development and validation of patient-specific medical technologies by combining advanced imaging, 3D modelling, and digital workflow tools within a connected environment. From early-stage concept development through to procedural planning and device evaluation, the platform enables efficient collaboration, improved anatomical understanding, and accelerated product development across multiple clinical applications.
Manage the complete development process within a unified digital environment that supports medical image processing, anatomical reconstruction, computational analysis, procedural simulation, and device evaluation. Connected workflows improve efficiency, simplify collaboration, and support faster iteration throughout development and validation stages.
Transform imaging data into highly detailed anatomical models for use in surgical planning, device positioning, and patient-specific product development. Advanced 3D visualisation and AI-assisted tools improve design accuracy, procedural understanding, and confidence during preclinical and clinical evaluation.
Support innovation across orthopaedics, cardiovascular therapies, cranio-maxillofacial applications, and other advanced clinical fields through integration with emerging technologies such as XR, surgical navigation, robotics, and additive manufacturing workflows. The platform provides a flexible foundation for developing, testing, and refining modern medical devices and procedural solutions.
Materialise Mimics provides universities, research institutions, and academic laboratories with advanced tools for medical image processing, anatomical modelling, simulation, and patient-specific design. Built for both education and innovation, the platform supports practical skill development, collaborative research, and translational biomedical engineering workflows aligned with modern clinical and industry practices.
Equip students, researchers, and academic teams with professional-grade segmentation and 3D modelling software used across healthcare and medical device industries. Interactive workflows support hands-on learning in anatomical modelling, surgical planning, simulation, and device development while helping bridge the gap between academic training and real-world clinical application.
Designed for academic institutions, flexible licensing models and floating license configurations allow multiple users and departments to efficiently share access across laboratories, classrooms, and research groups. Cost-effective academic access enables institutions to integrate advanced imaging and modelling technologies without the limitations of traditional commercial licensing structures.
Enable advanced research in computational modelling, personalised healthcare, medical device development, and procedural simulation using continuously evolving tools and integrated APIs. Regular software updates, automation capabilities, and support for emerging technologies provide a scalable environment for experimentation, publication, validation studies, and interdisciplinary biomedical innovation.
For more information visit the Materialise site
