The Wohlers Report 2020 provides details on additive manufacturing applications, software, workflows, materials systems, and post-processing.

A new two-photon system developed at Germany’s Karlsruhe Institute of Technology can produce centimeter-sized objects with submicrometer details.

A team at USC has developed a way to improve 3D-printing accuracy by 50 percent or more using new AI-based software.

Researchers at RMIT University applied ultrasound to metallic materials to improve their microscopic structure for better 3D-printing results.

What is the best prototyping method for a plastic product? That depends on the designer’s objectives. 3D printing is one option among many, but it’s not always the right one.

Researchers have developed a wood-based ink for 3D printing that maintains the cellular structure of the wood, paving the way for myriad new products.

Researchers in Germany have developed a multimaterials 3D-printing process to fabricate flexible circuits and other electronic components.

A new light-based technique developed at the University of Wisconsin-Madison allows for more than one material to be printed at a time.

As the hype stage of 3D printing begins to fade, it looks like the do-or-die of additive manufacturing will be in materials that are yet to be release.