Additive Manufacturing

The rapid evolution of additive manufacturing has shifted from experimental prototyping to a cornerstone of industrial production, where the availability of high-purity metal powders determines the success of critical aerospace and medical components. Tekna has recently demonstrated how a

High-resolution 3D printing of structural batteries is becoming increasingly feasible through the use of photocurable resins and structural electrolytes. This evolution marks a significant departure from conventional methods that often struggle to maintain structural integrity while incorporating

Building nuclear components layer-by-layer allows for the consolidation of multiple parts into a single unit, eliminating the risk of failure at welded joints. This paradigm shift in manufacturing is no longer a theoretical pursuit but a necessity as global energy strategies pivot toward Generation

The military aviation maintenance sector is shifting away from simple part replacement toward complex metallurgical restoration of high-stress components. This transformation is currently unfolding at the Fleet Readiness Center Southwest, where specialized engineering teams have successfully

The specific combination of cobalt, chromium, iron, nickel, aluminum, titanium, vanadium, and tantalum enables highly tunable properties in this new metallic substance. Engineering teams at the Pohang University of Science and Technology have successfully addressed a significant barrier in modern

Modern additive manufacturing allows for the creation of footwear based on gyroid models, which are mathematically derived structures known for their high strength-to-weight ratios. In 2026, the global shoe industry is witnessing a profound shift as brands move away from traditional assembly lines