Alloyed can support the application of AM to a wide range of industrial metal components and overcome many of the challenges that have slowed its adoption to date, such as reaching cost equivalence with traditional manufacturing approaches, managing variation in microstructure over a build, overcoming cracking and/or residual stress challenges, or simply designing to maximise the utility derived from the freedom AM affords. Alloyed can use its platforms to:
In particular, Alloyed’s tools and capabilities can bring value to fine-featured and thin-walled parts, where AM both has the most to offer and brings the greatest challenges of accuracy and integrity. Alloyed has developed and characterised a wide library of isotropic and anisotropic lattice and surface-based topologies for incorporation into functionally demanding components.