Direct Energy Deposition System Contact Information: Clint Rash, Procurement Manager, Email rashcd@ornl.gov Office Address :Bethel Valley RoadP.O. Box 2008 Oak Ridge TN 37831-6192 Location: Oak Ridge National Laboratory Set Aside: N/A
The Additive Manufacturing Research Center at the University of Utah is seeking a Direct Energy Deposition system for developing new alloys. Vendor must have the availability to meet all of the specifications listed below. Please respond to each line item affirming if you are able to meet this specification or not. Vendors who are not able to meet one or some of the specifications will be deemed as ‘non-responsive’.
See attached Request for Quote (RFQ) for complete details.
energy deposition additive manufacturing system designed for research and low quantity manufacturing.
DESCRIPTION OF PROCUREMENT The University is conducting an RFP for High-Speed Infrared (IR) Imaging System The Department of Materials Science & Engineering requires a High-speed IR imaging system that can be used to monitor the printing process of direct energy deposition (DED) printing process for different materials. The equipment should be suited to monitor and analyze the dynamics events happened in DED printing process.
See attached documents.
Currently, the PSG uses a variety of cameras with different temperature ranges and optical configurations to meet a variety of needs different research platforms, which include 1) a commercial laser powder bed fusion (LPBF) AM machine, 2) a commercial direct energy deposition (DED) machine, and 3) a custom-built platform called the Additive Manufacturing Metrology Testbed (AMMT).Due to the individual differences of mechanical and optical configurations
