FormAlloy Technologies, a company in the field of Directed Energy Deposition (DED), has developed a new solution for the automation of additive manufacturing processes. By using an automated scanning system for tool path generation, the process enables the precise production and repair of components and thus optimizes the DED process.
The technology is based on capturing the geometry of a workpiece, from which a dynamic tool path is generated. This ensures precise material application based on the specific requirements of the respective component. The system can be seamlessly integrated into existing production environments and ensures an efficient combination of scanning, tool path development and material application. This reduces production times and significantly reduces the risk of errors.
“Our latest innovation represents a significant step forward in automating the DED process,” said Jeff Riemann, CTO of FormAlloy. “By combining scanning with automated tool path development, we’re providing manufacturers with a powerful tool to enhance precision, reduce downtime, and increase the overall efficiency of their operations.”
The new functionality offers significant advantages, particularly in safety-critical sectors such as aerospace, defense and heavy industry. The ability to manufacture and repair complex components with high precision improves process reliability. The technology could also open up new applications in consumer goods production by reducing production time and costs.
With the further development of additive manufacturing, FormAlloy is focusing on powerful solutions for process optimization. The automation of the DED process helps to make additive manufacturing processes even more efficient and flexible.
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