Take a chunk of red-hot steel, position it between two mating dies, and apply so much pressure that the metal flows into the cavities. This improbable act is known as closed-die forging, which is
Learn how the AM Coalition brings awareness and advocacy for additive manufacturing among political influencers and policy makers.
I’m thrilled to introduce this edition of Voices AMplified, which demonstrates the power of the additive manufacturing community, from individual contributions to collaborative efforts that move
Learn how 3D Solar created an award-winning hybrid-3D printing process that enables next-generation solar, semiconductor and generative-AI automotive supply chain applications
Learn how Jonathan Ford develops and leverages advanced visualization applications to accelerate biomedical research, education and clinical care
See L-PBF. Now replace "metal" with polymer. That's SLS. It has a distinct advantage over most laser-powder-bed processes in that the parts are self-supporting and can be stacked, allowing
With all that’s going on in the 3D printing world these days, it’s easy to overlook “the other” additive manufacturing.
When buying a machine tool, do you consider the operator training, tooling and maintenance costs, energy consumption, depreciation, and eventual disposal? If not, you're not looking at the total
Sustainable manufacturers embrace "green" practices such as investing in energy-efficient machine tools, minimizing waste, reducing carbon emissions, using recyclable or recycled materials
Learn how two award-winning 3D printing innovators are impacting patient care and the solar energy industry