Our engineering team focuses on 3D Printing for manufacturing
With its huge degree of design freedom, 3D Printing has introduced a new way of thinking about design. Our team of creative engineers knows how to build a design specifically for 3D Printing. If you truly want to get the most out of these technologies, get us involved in your project in the design phase.
Materialise has an international team of 15 highly specialized designers and CAD engineers who support customers in different industries with dedicated design for Additive Manufacturing. The engineering team is supported by more than 80 Additive Manufacturing machines, specialists for every technology and a battery of software developers.
Data optimization for Rapid Prototyping
Our engineering team will help you with your most challenging prototype projects with the following services:
- File repair of scanned data or CAD assemblies
- Creation of 3D file (B surface design) starting from A-face data
- Complex cuts
- Generation of reinforcement structures
- Fast creation of scale models for wind tunnel testing and other applications
Design for Additive Manufacturing
Having one of the world’s largest in-house Additive Manufacturing production capacity under one roof, our design engineers know the strengths and limits of Additive Manufacturing technologies better than anyone. We work with you to:
- Maximize functional integration
- Align design with material and technological strengths
- Maximize consistency
- Minimize costs
Thanks to Materialise’s 3-matic software, textures can be applied directly on a STL file of complex 3D shapes which can then be printed. This is the only way to realize prototypes that include real texture. Texturing also provides extra value to your Additive Manufacturing projects by adding aesthetics or functionality.
One of the key advantages of Additive Manufacturing is the flexibility to create shapes which are impossible or too costly to produce with traditional technologies. Our engineers can optimize your designs and translate them into lightweight components.