3D-Printed Prototype Molds Versus Aluminum Tooling
An in-progress case study by Phoenix Proto Technologies aims to answer questions about what is—and isn’t—possible with 3D-printed molds.
Read MoreEmpathy in Engineering: 3D-Printed Accommodations for the Workforce
For manufacturers with employees who suffer from mobility issues, additively manufactured custom tools go hand-in-hand with increased productivity.
Read MoreWhat GE’s Machine Learning Ecosystem Will Mean for Additive Manufacturing
At GE’s Global Research Center in upstate New York, engineers join forces to build a digital library of additive research.
Read MoreIn Additive’s Evolution, Aerospace Proves the Fittest
As additive manufacturing shifts from prototypes to production, one industrial sector is ahead of the curve.
Read MoreAM Design May (Finally) Launch the Aerospike Engine
A team of engineers turns to additive design to create—and successfully test—“the holy grail of the spaceship movement.”
WatchClosing Additive Manufacturing’s Skills Gap
Cincinnati State’s new additive manufacturing certificate program offers a lesson in workforce need versus availability.
Read MoreCan Topography Scans Redraw the Metal Additive Inspection Map?
A new topographical mapping technology aims to detect, record and display flawed metal melt regions as they’re created.
Read MoreThe Post-Production Challenge for Additive Manufacturing
The benefits of controlling postprocessing operations for additively produced parts reach beyond cost.
Read MoreGrant Supports Additive Manufacturing for North American Universities
As interest in additive manufacturing from the academic community steadily grows, Praxair Surface Technologies announces a grant that will provide select universities with powder materials as well as engineering assistance and material testing.
Read MoreFoundry Says Robotic Sand Printing a “Game Changer” for Metal Casting
The Hazleton Casting Company augments its traditional foundry operations with additive manufacturing. A new sand 3D printing system is expanding options for the foundry’s customers in areas including legacy tooling, product development and design complexity.
Read MoreReal-Time, High-Res Monitoring of Structural Defects in Metal AM
A team at Argonne National Laboratory has, for the first time, captured below-surface measurements of laser-metal reactions.
WatchAn AM Voyage: Seeking Additive Manufacturing’s Next-Gen Metals for Ship-Based Repair
A research team at the University of Pittsburgh’s Swanson School of Engineering is using computational materials design to create new high-strength steels for the United States Navy.
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