Search results for: metal laser powder

RFP FY21-21 Metal Laser Powder Bed Fusion Machine 11/23/2020 12/14/2020 Active Erin Traynum Cameron

On behalf of the Ground Vehicle Systems Center’s Materials Directorate – Additive Manufacturing Team (GVSC MD AM), ACC-DTA is conducting market research to understand capabilities related to the below requirement: Scope: This supplies Performance Work Statement (PWS) establishes the requirements for one Direct Metal Printing (DMP) Laser Powder Bed Fusion (L-PBF) Equipment for the GVSC MD AM Team. 

OpportunityCanada Agreement Type Tender TypeRequest for Proposal (RFP) Estimated Value Solicitation MethodOpen   Laser Powder Bed Fusion Metal 3D Printing System The Faculty of Engineering - Mechanical Engineering Department is looking to procure a turnkey solution along with necessary accessories for operation and powder handling for a selective laser melting system.

Essential to achieving this goal is the ability to print small metallic parts by using laser deposition methods in combination with a variety of other energy sources. This requires acquiring a compact hybrid manufacturing cell that enables laser deposition of metal powder using powder feeders that supports precision control of small volumes of powder and permits open access to all of the processing data.

The atomization system shall be installed at NASA Glenn Research Center, Cleveland Ohio, and shall be capable of melting and atomizing Fe-, Ni-, Co-, and Cu-based alloys and other non-reactive metals with a melt charge capacity of 20 - 50 kg. The resulting powders will be used in additive manufacturing processes, such as direct metal laser sintering, as well as other general powder metal processes.

The atomization system shall be installed at NASA Glenn Research Center, Cleveland Ohio, and shall be capable of melting and atomizing Fe-, Ni-, Co-, and Cu-based alloys and other non-reactive metals with a melt charge capacity of 20 - 50 kg. The resulting powders will be used in additive manufacturing processes, such as direct metal laser sintering, as well as other general powder metal processes.

Essential to achieving this goal is the ability to print small metallic parts by using laser deposition methods in combination with a variety of other energy sources. This requires acquiring a compact hybrid manufacturing cell that enables laser deposition of metal powder using powder feeders that supports precision control of small volumes of powder and permits open access to all of the processing data.

Contract Opportunity General Information Classification Description Attachments/Links Contact Information History Award Notices Follow Mitsubishi Laser PM Active Contract Opportunity Notice ID W911KF-23-Q-0008 Related Notice Department/Ind. Agency DEPT OF DEFENSE Sub-tier DEPT OF THE ARMY Major Command AMC Sub Command ACC Sub Command 2 ACC-CTRS Sub Command 3 ACC WRN Office W6QK ACC ANAD Looking for contract opportunity help?

PCT/US20/66518, “Laser Ablation Methods and Systems for Producing Feedstock Powder Suitable for Laser-Based Additive Manufacturing,” BEA Docket No. BA-1065. INL is seeking to license the above intellectual property to a company with a demonstrated ability to bring such inventions to the market. Exclusive rights in defined fields of use may be available.