Metal
Additive Manufacturing at EMO 2017
Here are some of the AM technologies Editor-in-Chief Peter Zelinski saw at the world’s largest metalworking show.
Read MoreInstalling a Metal 3D Printer, Part 3: Safety Risks
PADT’s third blog entry in a five-part series about their experience installing a Concept Laser Mlab Cusing R metal 3D printer tackles safety risks and ways to mitigate them.
Read More3D-Printed Medical Drills Keep Bone Cool During Surgery
Drills made via additive manufacturing cut bones without causing thermal-induced damage thanks to internal cooling channels.
Read MoreWill My AM Part Explode?
Will my additive manufactured part explode? Not if you’re careful. Postprocessing parts built from metallic powder requires extra precautions.
Read MoreVideo: Strength of Aluminum Metal Matrix Composite Versus Aluminum Alloy
The Aluminum MMC demonstrates a yield strength greater than 1018 steel. Additive opens the way to applying advanced materials such as this.
WatchVideo: 3D-Printed Composite Hooks Lifts Hundreds of Pounds
AM challenges expectations about which applications and part types call for metal and which are appropriate for polymer.
Read MoreInstalling a Metal 3D Printer, Part 2: Facilities
What facility adaptations are necessary when installing a metal 3D printer? PADT documents the steps it took to support a Concept Laser Mlab Cusing R in this second post in a five-part series.
Read MoreMetal Matrix Composite Demonstrates Additive Manufacturing’s Promise for New Materials
The co-founder of a materials-development firm seeks to aid manufacturers in pursuing the material freedom of AM.
Read MoreInstalling a Metal 3D Printer, Part 1: Equipment
When PADT installed a Concept Laser Mlab Cusing R metal 3D printer, the company documented the process from beginning to end. The first in a five-part series.
Read MoreAn 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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