Speaker
Description
The evolving European security environment has increased the demand for resilient, flexible, and sovereign manufacturing capabilities within the defence sector, placing additive manufacturing (AM) at the forefront of future production strategies. This contribution examines the potential of Wire Arc Additive Manufacturing (WAAM), with a particular focus on the Fronius Additive Cell, as a scalable solution for producing high-quality metal components in both industrial facilities and military field environments. By leveraging advanced Cold Metal Transfer (CMT) technology, WAAM enables high deposition rates, reduced heat input, and improved process stability, thereby enhancing manufacturing efficiency while maintaining component quality. The paper highlights the role of digital inventories, decentralized production, and on-demand spare part manufacturing in strengthening operational readiness and reducing dependence on vulnerable supply chains. Overall, the presented approach demonstrates how WAAM can contribute to greater resilience, faster logistics, and increased technological sovereignty for the European defence industry.