Additive Manufacturing (Page 3)

Consumable inserts are critical to weld quality and consistency in many industries, including the aerospace, oil & gas, and hydrogen sectors. Conventional manufacturing methods — rolling, machining, or laser-based processes — often fall short due to high material waste, long lead times, design restrictions, and elevated costs. EWI engineers Michael Carney and Travis Peterson have...

Better Parts, Faster: EWI Unlocks the Future of Electron Beam Metal 3D Printing How charge-neutral technology is transforming powder bed fusion for high-performance manufacturing Wayland Additive's Calibur3 EB-PBF system Additive manufacturing is entering a new era, and EWI is proud to be leading the way. With the installation of the Wayland Additive Calibur3® electron beam...

The Additive Manufacturing Consortium (AMC), operated by EWI, is pleased to announce its 2025 research portfolio, which includes two continuations and two new projects: Faster L-PBF Consolidation Rates Via High-Powered Lasers (continued) – The goal of this project is to evaluate pathways to a 4-6x improvement in consolidation rates in L-PBF on a single-laser basis. All experiments are...