THIS PROJECT WILL DEVELOP METHODS OF PREDICTING AND CLASSIFYING PROCESS AND MICROSTRUCTURAL DEFECTS IN LASER POWDER BED FUSION MANUFACTURED NICKEL-BASED SUPERALLOYS Solicitation ID/Procurement Identifier: 80NSSC21M0100 Ultimate Completion Date: Tue May 14 17:00:00 GMT 2024
Laser Powder Bed 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
Small business, Section 8(a), HUBZone, SDVOSB, WOSB, & EDWOSB businesses are highly encouraged to participate. (2) Date : 25 October 2017 (3) Classification Code : 36 (4) NAICS Code: 333318 (5) NAICS Size Standard: 500 Employees (6) Contracting Office Address: 2800 Powder Mill Road Bldg. 601 Adelphi, Maryland 20783 (7) Subject: Sources Sought for one (1) Powder Bed Fusion (PBF) system (8) Proposed Solicitation Number: W911QX-18-T-0007 (9) Sources
The Oregon Institute of Technology (Oregon Tech) is seeking proposals to select a vendor to provide one (1) Laser Powder Bed Fusion Metal Additive Manufacturing System for the department of Manufacturing and Mechanical Engineering and Technology in Wilsonville, Oregon. Files RFQ #2024-08 MMET Equipment.pdf Additional Information Solicitation Number RFQ #2024-08 Emerging Small Business Opportunity Only No Notice of Intent of Sole Source No
Iowa State University of Science and Technology (ISU) is soliciting information from qualified Suppliers on behalf of the Material Science and Engineering Department for an Electron Beam Powder Bed Additive Manufacturing System that is fully controllable for a wide range of parameters, including beam trigger control and beam steering/deflection.
Colorado School of Mines (Mines) requires a laser powder bed fusion (PBF) additive manufacturing machine (AM) capable of fabricating metallic articles using standard and non-standard alloys in support of a project exploring metal AM for fabricating structural components for the US defense community. ...
The printed part is subsequently post-treated by removing the binder and sintering the metal.Description: Livermore researchers have developed a multimaterial powder bed patterning which is a new additive manufacturing method using selective powder bed patterning. Granular flow of powder is induced by applying an excitation source such as a mechanical or sonic vibration force to a nozzle.
