Materialise 3-matic Medical 20

Materialise 3-matic Medical 20

3-matic Medical takes 3D models from Mimics and turns them into manufacturable designs — custom implants, surgical guides, porous structures, and optimized anatomical models. It bridges the gap between medical imaging and physical production.

Core Capabilities

Patient-Specific Implant Design

Model custom cranial plates, mandibular reconstruction hardware, orbital floor meshes, and orthopedic implants directly on the patient's 3D anatomy. Every implant conforms precisely to individual bone geometry.

Surgical Guide Creation

Design cutting guides, drilling guides, and positioning templates that seat accurately on the patient's anatomy. Export for 3D printing with tight-tolerance contact surfaces.

Mesh Optimization

Fix, smooth, remesh, and optimize STL files for manufacturing. Reduce triangle counts while preserving anatomical detail, fill holes, remove scan noise, and create watertight meshes ready for printing or simulation.

Lattice and Porous Structures

Generate controlled porous lattice geometries for implant surfaces that promote bone ingrowth. Specify pore size, strut thickness, and porosity percentage for optimal osseointegration.

Boolean Operations

Combine, subtract, and intersect 3D bodies for complex design workflows. Create internal channels, custom cavities, and precise mating surfaces between components.

FEA Mesh Generation

Produce volume meshes for finite element analysis. Export to ANSYS, Abaqus, and other simulation tools for stress testing implant designs and surgical plans.

Direct Mimics Integration

Segmented anatomy from Mimics Core flows directly into 3-matic — no file conversion, no data loss between segmentation and design.

Who Benefits Most

Biomedical engineers, maxillofacial surgeons, orthopedic teams, dental labs, and research institutions designing patient-specific devices and surgical planning tools for 3D printing.

What You Get

Lifetime license, fast delivery, and full technical support.