3d cad design Belgium

...A plan, a sketch, an idea for a new product, and Mecanic Systems brings your wishes to life. CAD: Computer-Aided Design in 3 Dimensions models your assemblies and creates, based on machine capabilities, each of the components that make up your product. These systems can import drawing files in the following formats: DXF, DWG, IGES, STEP.

...We can help boost the efficiency of your plant design with original CAD data for Rittal components, whichever CAD system you are using. We can help boost the efficiency of your plant design with original CAD data for Rittal components, whichever CAD system you are using. Benefits for users • All CAD data can be transferred into all common CAD systems thanks to the smart, native, 2D/3D...

... machines Computer-aided design (CAD) in 3D Finite element sizing Close cooperation with product designers Wide range of manufacturing technologies: prototyping (3D printing), machining... Design optimization Electronics We design, prototype, and manufacture electronic boards specifically optimized for your project. Design of electronic boards, including schematics and routing...

...Capvidia collaborates with established market leaders such as Dassault Systems and their leading design product SolidWorksTM and simulation technology SimuliaTM. Capvidia has developed specialized CAD-related applications for SolidWorks 3D Design to provide CAD interoperability and validation tools for SolidWorks users. Capvidia has also developed specialized applications for CFD (Computational Fluid Dynamics) simulations. Complex and challenging CFD analyses such as Fluid-Structure Interactions can now be easily performed in co-simulation with Simulia's AbaqusTM.

Our goal is to provide you with quality services and solutions to help you design, develop, and produce the best products. To achieve this, we offer: - Customized consulting and services in design, technologies, and 3D printing materials; - Fast and cost-effective manufacturing of complex parts in small quantities, tooling or jigs, functional prototypes, or spare parts in high-performance...

1. Design your pattern with applied shrinkage. 2. Design your mould for injection of plastics or metals. 3. Translating your 2D drawing to 3D CAD data. 4. 3D scanning of any industrial part or your pattern to obtain CAD data. 5. Comparing your 3D pattern CAD data to the 3D scanned pattern point cloud for dimensional control by specialized software and techniques. 6. Design a casting process...