Materialise Mimics Medical v28.0 and Materialise 3-matic Medical v20.0

Description

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Materialise Mimics Medical v28.0 + Materialise 3-matic Medical v20.0 – Complete Medical Imaging to 3D Design Workflow

Materialise Mimics Medical v28.0 and Materialise 3-matic Medical v20.0 form a powerful, professional solution for turning CT/MRI DICOM data into accurate 3D anatomical models, advanced measurements, surgical planning workflows, and fully prepared files for patient-specific design and 3D printing. This combination is widely used by hospitals, engineers, and medical device teams to deliver faster, more reliable outcomes for complex cases at the point of care.

With Mimics you can efficiently plan, design, and print models and guides for cases of any complexity, while supporting smooth collaboration between clinicians and engineers.

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What’s Included (Medical Edition Versions)

• Materialise Mimics Medical v28.0 – medical image segmentation, visualization, measurement and treatment planning workflows
• Materialise 3-matic Medical v20.0 – advanced anatomical CAD design, mesh editing, preparation for 3D printing and production-ready operations

Materialise confirms the Medical edition consists of Mimics Medical v28.0 and 3-matic Medical v20.0.

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What’s New in Materialise Mimics Medical v28.0 (New Functions)

✅ New NIfTI Support (Import + Export) for Neuroimaging & Research Workflows

Mimics Core Medical v28.0 adds support for the NIfTI file format, popular in neuroimaging and research. You can now:

• Import NIfTI images (including compressed .nii.gz) to create and segment projects
• Import NIfTI masks as proper Mask objects (including multi-label mask files)
• Export images and masks to NIfTI
• Access NIfTI import/export through the Python API for automation

✅ New DICOM RT Struct Support (Import + Export)

Mimics v28.0 introduces support for DICOM RT Struct, enabling improved interoperability in medical imaging workflows. You can:

• Import DICOM RT Struct sets and convert them into Parts
• Export Parts as RT Struct contour sets for clinical and planning workflows

✅ New Interactive Surface Registration (ROI-driven Alignment)

The new Interactive Surface Registration feature helps align objects even when they share only limited overlapping areas (for example, bone-to-implant contact zones). Users can mark a Region of Interest (ROI) on both surfaces to guide the alignment, improving accuracy in challenging cases.

✅ Project Preview in Windows File Explorer + Mimics Homepage

Mimics v28.0 adds a Project Preview to help you quickly identify project content before opening the file completely, improving workflow efficiency and organization.

✅ Faster “Calculate Part” Workflow + Modernized UI

Because “Calculate Part” is essential for converting voxel masks into surface meshes, Mimics v28.0 improves usability with fewer clicks, refreshed interface design, quicker preset use, and a streamlined workflow for frequent daily tasks.

✅ Performance Improvements (Up to ~20% Faster on Large Projects)

Mimics v28.0 includes performance improvements in key operations, with up to ~20% faster performance on large projects for some workflows.

✅ New/Expanded Python Automation (Centerlines + More)

For engineering teams and advanced users, Mimics v28.0 introduces expanded automation capabilities, including a Fit Centerline Python API to automate centerline fitting workflows through scripting.

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What’s New in Materialise 3-matic Medical v20.0 (New Functions)

✅ New ID-based Licensing + License Wizard

3-matic Medical v20.0 introduces a new licensing technology with a License Wizard designed to help activate, manage and monitor licenses, including local activation and floating server connections.

✅ New “Positions” Tool (Save & Reuse Entity Locations)

The new Positions feature lets you save and return parts and analytical entities to previously stored positions directly from the object tree—perfect for multi-step planning and iterative design workflows.

✅ “Send to Position” (Coordinated Motion for Multiple Entities)

Send to Position extends the Positions workflow by allowing you to move additional entities along with a main entity using the same transformation—ideal for keeping multi-part relationships consistent during planning and design.

✅ Create Mold (Streamlined Mold Creation Workflow)

3-matic Medical v20.0 adds a Create Mold tool, providing a streamlined way to generate molds around parts without needing multiple manual operations.

✅ Scripting Upgrade (Python 3.13 + New API Additions)

3-matic Medical v20.0 updates scripting compatibility to Python 3.13 and expands the Python API with new functions to support deeper automation and custom workflows.

✅ Minor Workflow Improvements

Example improvement: It is now possible to use Show/Hide for objects inside a group even when the group itself is hidden, helping object visibility management in large projects.

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Top Workflow Highlights (Why This Bundle Works So Well)

1) Fast and Accurate Segmentation (Mimics Medical)

• Convert CT/MRI scans to high-quality 3D anatomy
• Perform measurements and treatment planning with confidence
• Export clean 3D models ready for engineering and printing

2) Professional Anatomical CAD + Mesh Editing (3-matic Medical)

• Design patient-specific devices and components based on real anatomy
• Improve geometry quality with robust mesh operations
• Use positioning tools to manage complex multi-part relationships

3) Better Interoperability with Clinical & Research Formats

• DICOM RT Struct import/export for contour-based workflows
• NIfTI support for neuroimaging and research pipelines

4) Automation-Ready for Power Users

• Expanded Python APIs for centerline workflows in Mimics
• Python 3.13 compatibility and new automation functions in 3-matic

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System Requirements (Recommended for Smooth Performance)

Materialise Mimics (Mimics Core system requirements)

• OS: Windows® 11 22H2
• CPU: 9th gen Intel® Core™ i7 or equivalent
• RAM: 16 GB
• GPU: DirectX® 12 compatible AMD/NVIDIA card with 2 GB VRAM
• Storage: ~40 GB free disk space
• Display: 1920×1080 or higher

Materialise 3-matic Medical v20.0 (minimum requirements)

• OS: Windows® 11 (tested across multiple enterprise versions)
• CPU: 9th gen Intel® Core™ i7 or equivalent
• RAM: 16 GB
• GPU: DirectX® 12 compatible AMD/NVIDIA with 2 GB VRAM
• Storage: ~40 GB free disk space
• Display: 1920×1080 or higher

Performance tip: For large datasets, multi-stack/4D imaging, or advanced segmentation workflows, using higher RAM and a fast SSD/NVMe drive can significantly improve speed and responsiveness.

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Bug Fixes, Stability Improvements & Quality Updates

Both releases focus heavily on smoother daily work, including usability refinements and performance improvements (for example, faster execution in large projects).

Materialise also documents known issues and minor limitations in the official release notes for each version, helping professional users maintain predictable production workflows.

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Interesting Fact (Great for Buyers & Trust)

Mimics Medical output can be used to fabricate physical replicas (including via additive manufacturing), supporting diagnostic and treatment planning workflows in areas such as orthopaedic, maxillofacial, and cardiovascular applications—and it should be used alongside expert clinical judgement.

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★★★★★

As a biomedical engineering developer working with Materialise Mimics Medical v28.0 and Materialise 3-matic Medical v20.0, I can say this is one of the most reliable and professional workflows for medical image segmentation and DICOM-to-3D modeling available today. Mimics v28.0 makes it easy to convert CT/MRI data into accurate anatomical models with strong visualization and measurement tools, while the overall interface feels fast and stable even on demanding clinical datasets. The improvements in performance and usability are noticeable in daily work, especially when handling large projects and complex anatomy.

What really completes the pipeline is 3-matic Medical v20.0, which gives you the flexibility to refine meshes, perform advanced anatomical design, and prepare patient-specific models for 3D printing and surgical planning. Features like saved Positions and the updated automation capabilities make iterative design and collaboration much more efficient. Overall, this Mimics + 3-matic bundle is a top-tier solution for hospitals and R&D teams needing accurate, repeatable results for patient-specific workflows and professional medical 3D engineering.