ElemX metal AM printer
Source: Xerox

Making Metal Additive Manufacturing Safer and Simpler

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Digitizing the supply chain requires new tools, including hardware and software capabilities that support hybrid production approaches with conventional and additive manufacturing (AM) technologies.

Presented By:
Making Metal Additive Manufacturing Safer and Simpler

Digitizing the supply chain requires new tools, including hardware and software capabilities that support hybrid production approaches with conventional and additive manufacturing (AM) technologies. ElemX is now taking on supply chain resiliency by simplifying the process and helping engineers identify AM ready parts within your inventory.

Powered by liquid metal jetting (LMJ), the ElemX metal 3D printer uses inexpensive aluminum wire feedstock and can deposit up to 400 droplets per second. The use of wire rather than metal powders improves operator safety, reduces special facility and PPE requirements, and eliminates the need to recycle powder.

The advantages of metal additive manufacturing continue to evolve and this presentation will also touch on design of geometrically complex AM parts that are easier to finish machining, applications related to conformal cooling and engineered lattice structures for light weighting, heat transfer and energy absorption.

Agenda:

  • Examine the current use cases of aluminum alloy 3D printing from the early adopters of the ElemX since its release
  • Explore an office-friendly, industrial metal 3D printing technology
  • Discover how 4008 AI (A356) is impacting several different industries and applications

Presenter 1:

Tim Schniepp

Senior Director of Applications Engineering and Business Development

Tim Schniepp leads the application engineering team and business development at Xerox and is responsible for supporting customers globally in the validation of high-value applications for ElemX liquid metal additive manufacturing. Prior to joining Xerox in early 2021, Tim led materials and process engineering teams at the Johns Hopkins Applied Physics Lab, GE Aviation and Lockheed Martin as well as additive manufacturing product and business development teams at Stratasys and 3M.

Presenter 2:

Dr. Denis Cormier

Professor

Dr. Denis Cormier is a professor at the Rochester Institute of Technology where he also serves as director of the New York State-funded Additive Manufacturing and Multifunctional Printing (AMPrint) Center. He has worked in the area of additive manufacturing for 25 years with a specific focus on aerospace materials and applications of metal additive manufacturing.

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