Materialise Mimics Core 28

Materialise Mimics Core 28

Mimics Core is the gold standard for turning medical imaging data into accurate 3D anatomical models. It processes DICOM data from CT, CBCT, and MRI scanners and outputs segmented 3D models ready for surgical planning, custom device design, and physical 3D printing.

Core Capabilities

Multi-Modality DICOM Import

Load data from CT, CBCT, MRI, and micro-CT scanners. Compatible with all major imaging equipment and handles large datasets efficiently.

Anatomical Segmentation

Isolate individual structures — bone, teeth, nerves, soft tissue, airways, tumors — using threshold, region growing, and manual segmentation tools. Create separate 3D masks for each structure you need to analyze or export.

3D Surface Rendering

Generate high-quality surface models from segmented data. Rotate, clip, and explore anatomy in full 3D with transparency controls and cross-sectional overlays for internal structure visibility.

Measurement and Density Analysis

Take linear, angular, and volumetric measurements on 3D models or 2D slices. Calculate Hounsfield unit density, cross-sectional areas, and distances between anatomical landmarks.

STL Export for 3D Printing

Export segmented anatomy as print-ready STL files. Create patient-specific anatomical models for pre-operative rehearsal, surgical team briefing, and patient education. Mesh quality is optimized for accurate physical reproduction.

Dental and CMF Applications

Segment mandible, maxilla, individual teeth, nerve canals, and sinuses from CBCT data. Plan orthognathic procedures, design custom reconstruction plates, and create surgical cutting guides.

Implant and Prosthetic Visualization

Assess bone quality and anatomy for implant positioning. Combine with STL scan data for prosthetically driven treatment planning and custom abutment design.

Scripting and Automation

Automate repetitive segmentation tasks with Python scripting. Batch process multiple datasets and integrate Mimics into larger clinical or research workflows.

Who Benefits Most

Maxillofacial surgeons, implantologists, orthopedic surgeons, biomedical engineers, dental labs, and research institutions working with medical imaging for surgical planning and 3D-printed anatomical models.

What You Get

Lifetime license, fast delivery, and full technical support.