• In-Situ Automated Toolpath Generation and Auto-Alignment for Performance-Driven Directed Energy Deposition (DED) Share this Article The evolution of Directed Energy Deposition (DED) systems has increasingly focused on improving process adaptability, geometric fidelity, and integration into automated manufacturing environments. • FormAlloy has advanced this progression through the development ofin-situ, automated toolpath generation combined with auto-alignment capabilities, enabling precise material deposition on both additively and traditionally manufactured components. • These capabilities address longstanding challenges associated with geometric variability, part registration, and throughput limitations in metal additive manufacturing. • Traditional DED workflows rely heavily on offline CAD models and pre-programmed toolpaths, assuming consistent part geometry and ideal fixturing. • In practice, however, dimensional variation introduced during machining, casting, forging, or service wear often necessitates manual rework, reprogramming, or conservative deposition strategies. • FormAlloy’s in-situ toolpath generation approach mitigates these constraints by incorporatingreal-time scanning and coordinate registrationdirectly within the deposition cell, allowing toolpaths to be generated and adjusted based on the actual part geometry.
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