Interested in What Is Happening with Additive Manufacturing in Automotive?
If you weren't able to attend the AM Workshop for Automotive hosted at the North American International Auto Industry Show in Detroit earlier this year, don’t worry we have made the presentation content available to you now.
The inaugural Additive Manufacturing Workshop for Automotive (AMWA), hosted at the North American International Auto Industry Show (NAIAS) in Detroit earlier this year, brought together automotive industry professionals and additive manufacturing technology experts. The sold-out event covered the ways that 3D printing is transforming automotive design and production today, and how it might influence the industry in the future.
If you weren't able to attend the event, don’t worry we have made the presentation content available to you now.
- Ford Motor Company: End Use Production Parts with Carbon’s Additive Manufacturing Technology, Ellen C. Lee, PH.D, Additive Manufacturing Technical Leader | Ford Motor Company, Paul DiLaura, Vice President | Enterprise Partnerships, Carbon
- From Powder to Part and Beyond – A Holistic Manufacturing Solution, Kevin Brigden, Additive Manufacturing Advanced Concepts | Renishaw
- Additive Manufactured Mold Tools – An Integrated Manufacturing Approach, Evan Syverson, Additive Manufacturing Business Development Manager | Sodick
- Industrializing Additive Manufacturing – Design and Produce Useful Parts at Scale, Chris Weber, Director of AM Portfolio Development | Siemens PLM Software and Douglas Ramsey, Chief Development Officer | Hackrod
- Additive Trends & Technologies in Automotive, Peter Denmark, Key Accounts Director - Production | Desktop Metal
- Wrap-up Panel Discussion, Moderated by Peter Zelinski, Editor-in-Chief, Additive Manufacturing Media, Paul Dilaura, Carbon, Evan Syverson, Sodick, Kevin Brigden, Renishaw, Ric Fulop, Desktop Metal and Douglas Ramsey, Hackrod
Complex core system design and verification.
The applications, benefits and limitations of direct metal laser sintering for mold manufacture.
Featured project from Phillips Plastics. The design for the DMLS conformal cooling tool insert incorporated channels that were designed to quickly and evenly cool individual cavities within the piece, which would not have been possible with conventional mold technologies. Expectations were reduced cycle time and higher quality parts.