DEEP Manufacturing and Fortius Metals Pave the Way for Multi-Material Metal Parts in ASEAN

A New Era in Multi-Material Metal Part Production for ASEAN Factories \\[A groundbreaking partnership between DEEP Manufacturing and Fortius Metals is set to transform the way complex, multi-material metal parts are produced. This collaboration aims to bring synchronized multi-robot wire arc additive manufacturing (WAAM) out of the research lab and into large-scale, deployment-ready production. The implications for ASEAN factories, particularly in Thailand, Vietnam, Indonesia, and Malaysia, are profound.\\[### What It Means for ASEAN Factories \\[For factories in Thailand, this new technology could significantly enhance the production of high-performance automotive and aerospace components. With the ability to combine multiple advanced alloys in a single build, manufacturers can create parts that are not only more durable but also lighter and more efficient. In Vietnam, where the electronics industry is rapidly growing, the precision and repeatability of this process could lead to the development of more sophisticated and reliable electronic components.\\[In Indonesia, the potential for this technology is vast, especially in the mold and die industry. The ability to produce complex, multi-material molds with high precision and repeatability can lead to higher-quality products and reduced production times. For Malaysian factories, which are known for their semiconductor and medical device manufacturing, this technology could enable the creation of more intricate and high-performing components, leading to better product performance and reliability.\\[### The Technology Behind the Collaboration \\[The collaboration leverages DEEP Manufacturing's synchronized multi-robot WAAM system, which uses welding to build large metal parts layer by layer. This system is complemented by Fortius Metals' expertise in thermal and mechanical simulation, toolpath design, and advanced welding wires. Together, these technologies address the main barriers to larger, more complex builds, such as thermal distortion and toolpath generation, and pave the way for multi-material deposition.\\[### From Research to Real-World Deployment \\[Until now, multi-material metal deposition has largely been confined to the research environment. However, this project aims to demonstrate that it can be executed with the precision, repeatability, and process control required for true production environments. The initial phase of the project will involve test samples and a smaller test cylinder, with the main print scheduled for mid-June to early July. Both companies plan to share updates and visual content at each stage, providing valuable insights for factory buyers.\\[### Concrete Takeaways for Factory Buyers \\[For factory buyers in ASEAN, this collaboration offers several key takeaways. First, the ability to produce complex, multi-material metal parts with high precision and repeatability can lead to significant improvements in product quality and performance. Second, the use of advanced simulation and toolpath design can reduce guesswork and minimize failed attempts, leading to more efficient and cost-effective production processes. Finally, the scalability of this technology means that factories can adapt and grow with the changing demands of the market, ensuring long-term competitiveness and success.\\[By embracing this innovative technology, ASEAN factories can stay at the forefront of advanced manufacturing, driving growth and innovation in their respective industries.]