The University is inviting the submission of Proposals to supply Laser Directed Energy Deposition (DED) Machine. Contract duration The estimated contract period will be 1 month(s), with a proposed start date of 2024/04/15.
Oregon State University is seeking proposers to provide an Advanced Hybrid Laser Directed Energy Deposition and Machining System for its College of Engineering. Responses to the solicitation must be received no later than the due date and time in accordance with the submittal instructions contained in the solicitation document.
Oregon State University is requesting information on a Laser Directed Energy Deposition Platform for Graded and Tailored Refractory Alloys and Composites. Responses to the Request for Information must be received no later than the due date and time in accordance with the submittal instructions contained in the RFI document.
Laser Powder Directed Energy Deposition (LP-DED) of GRCop-42 with a Green Laser
Professor Mingzhong Wu’s group at the Department of Physics, Colorado State University requires purchasing a high-energy laser to replace the defective laser in the pulsed laser deposition (PLD) system. High energy laser is the most important part of the PLD system. PLD is the direct ablation of target materials by using a high-powered laser...
TECHNOLOGY LICENSING OPPORTUNITYIn-House Laser Atomization Solution for Directed Energy Deposition MachinesRevolutionize additive manufacturing capabilities with an innovative in-house laser atomization solution, allowing the creation of custom powder feedstock from various alloys within existing DED machines.
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.
