A repeatable metal additive manufacturing process requires more than a capable machine. Production managers must control the ...

Additive Manufacturing (AM) for component repair has emerged as a versatile approach for restoring worn or damaged parts across sectors such as aerospace, automotive, energy and tooling. Unlike ...

Additive manufacturing of titanium-based materials has emerged as a transformative approach to fabricate complex metallic components with enhanced performance and reduced waste. By building parts ...

Stratasys Ltd. (NASDAQ: SSYS) today announced it has been awarded $7.8 million of funding through The 2026 America Makes and the Department of War (DoW) Organic Industrial Base (OIB) Modernization ...

For metallic alloys in aerospace, machine learning can make the development of additive manufacturing (AM) processes both faster and cheaper. In collaboration with the University of Sheffield Advanced ...

Over the past decade, 3-D printing has transformed from a hobbyist or prototyping tool into an industrial-grade production process, referred to as additive manufacturing. Today, additively ...

Additive manufacturing has long been heralded for its flexibility as a production method. More recently, additive’s ability to safeguard against global supply chain challenges has helped accelerate ...

Metal additive manufacturing (AM) experiments are slow and expensive. Engineers are using physics-informed neural networks to predict the outcomes of complex processes involved in AM. The team trained ...

Using neutrons to see the additive manufacturing process at the atomic level, scientists have shown that they can measure strain in a material as it evolves and track how atoms move in response to ...

Key opportunities include AI-driven defect detection, multi-sensor closed-loop monitoring, machine-agnostic software, and expansion across aerospace, medical, automotive, energy and industrial ...