SLM & Howco: A Game-Changing Collaboration in 3D Printing with C103
C103 Alloy - A New Breakthrough in 3D Metal Printing Materials and Aerospace ApplicationsIn metal 3D printing (Additive Manufacturing - AM), materials play a crucial role, determining the quality, performance, and applications of the final product. The current trend in the metal 3D printing industry is the shift from traditional materials to high-performance materials that...
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Topology Optimization and Generative Design: Which Modeling Tool Should You Choose?
 1. OverviewTopology optimization and generative design are two powerful methods in modern product development, widely used in industries such as aerospace, automotive, and manufacturing. Both approaches aim to optimize designs by reducing material usage and cost while maintaining performance. However, they differ significantly in their methodology and applications.Comparison between Topology optimization and Generative design (Source:...
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Materialise 3-matic – The Optimal Solution for Lattice Structure in 3D Printing
In the aerospace field, the Korea Aerospace Research Institute (KARI) has successfully applied the Materialise 3-matic software, combined with the DfAM (Design for Additive Manufacturing) process, to create lattice structures that reduce weight and increase the durability of critical components. This has provided an effective solution for additive manufacturing. Introduction to Materialise 3-matic software In the realm...
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SLM 280 Metal 3D Printer: A New Leap in Australian Aerospace
Australia is not only a regional aviation hub but also a destination for advanced aerospace research and development. The growth of metal 3D printing technology, particularly with the SLM 280 printer, is providing the Australian aerospace industry with new competitive advantages, enhancing production capacity and driving innovation in the aerospace sector.SLM 280 Metal 3D Printing...
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