Expertise and Technologies in Industrial Design
Industrial design is a key stage in the development of manufactured products. It combines engineering, modeling, and simulation skills to optimize part performance and reduce production costs.
Our development teams support you in designing and improving your products so you can take full advantage of everything hot forging has to offer: superior mechanical properties compared with casting, stamping, sintering, additive manufacturing, and welding; optimized weight and footprint; better competitiveness.
The technologies used in this field rely on advanced CAD (computer-aided design) tools, numerical simulation software, and rapid prototyping techniques. These solutions make it possible to validate designs before they go into production, thereby ensuring optimal precision and raw material optimization.
The Main Tools and Methods of Industrial Design:
- CAD (computer-aided design): 3D modeling software used to create and optimize parts before the production phase.
- Numerical simulation and structural analysis: assessment of mechanical stresses and optimization of product performance.
- Rapid prototyping: 3D printing and rapid machining to test concepts before they are mass-produced.
- Co-design and collaboration with engineering offices: integration of metallurgy and engineering expertise to adapt solutions to customers’ specific needs.
Advantages of SIFCOR's Approach to Industrial Design
Thanks to recognized expertise in the metallurgy and materials forming sector, SIFCOR stands out for several strengths in industrial design:
- Advanced simulation capabilities: by integrating high-performance digital tools, SIFCOR optimizes the durability, strength, and mechanical performance of the parts produced.
- Co-design approach with customers: by maximizing added value from the earliest design stages, SIFCOR provides its customers with the best technical and economic solution throughout the entire life cycle of their products.
- Flexibility and adaptation to sector requirements: whether for the automotive, agriculture, or transport industries, the solutions offered are adapted to market changes and new constraints (weight reduction, lightweight structures, electrification).
- Integrated processes for prototyping, forging process simulation, and industrialization: tool manufacturing is subject to prior validation of the forging process through numerical simulation. By reducing design time and securing the process, SIFCOR accelerates industrialization and the time to market of finished products.
This mastery of industrial design enables SIFCOR to offer optimized solutions that meet the challenges of performance, durability, and eco-design, while ensuring greater competitiveness for its customers.