Additive manufacturing of cellular lattice structures has emerged as a transformative approach to fabricating lightweight, high-performance materials with precise control over internal architecture.

Additive manufacturing of nickel-based superalloys has emerged as a transformative approach to fabricating high-performance components for aerospace, power generation and chemical processing. By ...

If you’ve avoided thinking about additive manufacturing for fear of fixing what isn’t broken, you’re not wrong. Additive opens up an entirely new realm of possibilities and, depending on your point of ...

Dr. Bourell began his presentation by defining additive manufacturing as the ability to print three-dimensional (3D) objects. The technology has been in existence for 20 or 30 years and is undergoing ...

Additive manufacturing has a distinct materials advantage when it comes to producing a component or part from either a polymer or metal printer versus traditional subtractive manufacturing techniques.

The additive manufacturing world’s big news in 2023—the merger between Stratasys, the No.1 additive company (based on 2022 revenues) and Desktop Metal, the No. 4 company—turned into a nothingburger ...

Although artificially created metamaterials probably won't reach large-scale commercialization for 10 years or so, some are already appearing in niche applications like electronics, communications, ...

Additive manufacturing has long been seen as a go-to for prototyping. But today, it’s something far more integral: It's a driver of scalable innovation and, increasingly, a viable method for ...

This workshop will explore opportunities to use statistical and data-driven methods for additive manufacturing qualification, including approaches that enhance dimensional accuracy and recent advances ...

There is big potential for using flax-linen and hemp fibers in the production of advanced composite materials for 3D printing ...