Software for designing personalized devices, FEA/CFD meshes, and 3D anatomical models based on patient scans. It enables healthcare professionals to create customized solutions for individual patient anatomy.
Manufactured by
Materialise Motion
Belgium
Materialise Motion empowers clinicians to provide data-driven, patient-specific footcare through advanced dynamic pressure measurements and custom orthotic insoles. We offer personalized care to every patient with an accurate, efficient, customizable workflow that includes the latest digital gait capture and analysis technology.
✦ Product-Specific Coverage
Based on AI-matched alternatives related to this product across Suplivia's medical sourcing network.
Generated for this product
AI-matched supplier coverage based on related product alternatives.
Materialise NV
China · 9 relevant products
Xiamen Cube Magic 3D Technology Co.,Ltd
China · 1 relevant product
Hahn-Schickard-Gesellschaft für angewandte Forschung e.V.
Germany · 1 relevant product
24 more relevant manufacturers available
Get free access to all relevant manufacturers for this product.
See all manufacturers →9 more sourcing countries available
Get free access to all sourcing countries identified for this product.
See all countries →See the full supplier coverage for this product
Get free access to all relevant manufacturers, sourcing countries, and product alternatives.
✓ Free for medical industry professionals.
from other manufacturers
from other manufacturers
3 of 12 relevant matches
Materialise NV · China
A comprehensive software platform for analysis, planning, and design of personalized medical solutions. Enables researchers, engineers, and healthcare professionals to perform biomechanical analysis and 3D planning based on patient scans.
Materialise NV · China
Platform for designing personalized medical devices and implants based on patient anatomy. Supports FEA and CFD mesh generation for biomechanical and fluid dynamic analysis.
Materialise NV · China
Medical image processing software for 3D planning, analysis, and simulation in surgical and clinical applications. Enables personalized treatment design through biomechanical analysis and 3D visualization, supporting routine to complex cases. Integrates with 3D printing workflows for custom implants, models, and surgical guides.
9 more relevant matches available
Create a free account to compare more product alternatives and supplier options.
© 2026 Suplivia · Home · Browse Products