Laser Metal Deposition: Difference between revisions
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Machine Design | Machine Design | ||
Webinars | Webinars | ||
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Basics of the DED process. | Basics of the DED process. | ||
Some unique capabilities of the process that separate it from traditional manufacturing methods or other AM processes. | Some unique capabilities of the process that separate it from traditional manufacturing methods or other AM processes. A review of some specific examples where DED was used for the repair of parts from several different industries. At the conclusion of this webinar, attendees will have a better understanding of the basics of the DED process, some advantages it offers over traditional manufacturing methods and what sets it apart from other metal AM processes, and be able to cite some specific examples of DED use in part repair applications from a number of industries. | ||
A review of some specific examples where DED was used for the repair of parts from several different industries. | |||
At the conclusion of this webinar, attendees will have a better understanding of the basics of the DED process, some advantages it offers over traditional manufacturing methods and what sets it apart from other metal AM processes, and be able to cite some specific examples of DED use in part repair applications from a number of industries. | |||
Tom Cobbs | Tom Cobbs | ||
LENS Product Manager | LENS Product Manager | ||
Optomec | Optomec | ||
Lucas Brewer | Lucas Brewer | ||
LENS Applications / Customer Support / QA Manager | LENS Applications / Customer Support / QA Manager | ||
Optomec | Optomec | ||
| Line 45: | Line 37: | ||
Jeffrey Crandall | Jeffrey Crandall | ||
Additive Manufacturing Research & Applications Senior Engineer | Additive Manufacturing Research & Applications Senior Engineer | ||
Connecticut Center for Advanced Technology | Connecticut Center for Advanced Technology | ||
Revision as of 15:15, 22 February 2019
WEbinar
Machine Design Webinars
How 3D Metal Printing Saves Time and Lowers Costs: DED for Repair of Industrial Components
Event Date: Thursday, March 7, 2019
Event Time: 2:00 PM ET | 11:00 AM PT
Hosted by: Machine Design
Sponsored by: Optomec
REGISTER NOW
Summary
Directed energy deposition (DED), also called laser metal deposition (LMD) or laser engineered net shaping (LENS), is a 3D metal printing process that creates a metallurgically bonded, fully dense part that typically requires little to no post-processing. It is one of the fastest metal AM processes available today.
DED has emerged as a dominant metal AM process used in a wide range of industries for applications such as new builds, existing part modification, repair, remanufacturing of worn parts, and enhancement of part material properties.
This webinar will focus on:
Basics of the DED process. Some unique capabilities of the process that separate it from traditional manufacturing methods or other AM processes. A review of some specific examples where DED was used for the repair of parts from several different industries. At the conclusion of this webinar, attendees will have a better understanding of the basics of the DED process, some advantages it offers over traditional manufacturing methods and what sets it apart from other metal AM processes, and be able to cite some specific examples of DED use in part repair applications from a number of industries.
Tom Cobbs LENS Product Manager Optomec
Lucas Brewer LENS Applications / Customer Support / QA Manager Optomec
Jeffrey Crandall
Additive Manufacturing Research & Applications Senior Engineer
Connecticut Center for Advanced Technology
Can't join us for the live event?
We've got you covered. Register now, and we'll send you the on-demand viewing link shortly after the broadcast.