Additive Manufacturing February Issue Examines Safety for Metal AM
This issue's cover story takes a deep dive into safety for metal additive manufacturing. Read this story and more in the digital edition.
One pitfall in implementing metal additive manufacturing is to think of metal AM in terms of CNC machining. Doing so can set unreasonable expectations in terms of productivity. Even more dangerous, however, is to treat AM equipment like CNC machine tools in terms of safety.
“Believe it or not, companies are not being safe,” explains Ed Tackett, director of educational programs at UL's Additive Manufacturing Competency Center (AMCC). The UL AMCC takes a safety-first approach to all aspects of metal additive manufacturing, teaching students how to identify risks—material behavior, health risks, waste management—and then mitigate those risks. Read the full story in the February issue of Additive Manufacturing magazine, beginning on page 26.
Also in this issue:
- A titanium alloy makes it possible to additively manufacture a more stable spinal implant;
- A manufacturer of plumbing products expands its luxury line with faucets that could only be made through metal AM;
- A laser cutting specialist introduces a large-travel metal additive manufacturing approach that combines powder-bed and laser-deposition on one platform.
Click here to view, read or download the February 2017 digital edition, and be sure to subscribe if you want to receive future issues in your mailbox or inbox.
Related Content
-
Designing a 3D Printed Part with Machining in Mind
Designing extra stock and mounting features into a 3D printed part can aid in machining processes downstream.
-
4 Ways 3D Printing Is Changing Medical Implants
Additive manufacturing provides new ways of making medical implants, but its impact is greater than this. How 3D printing is changing medical manufacturing and improving patient outcomes.
-
In Moldmaking, Mantle Process Addresses Lead Time and Talent Pool
A new process delivered through what looks like a standard machining center promises to streamline machining of injection mold cores and cavities and even answer the declining availability of toolmakers.