Oregon Tech, which is the host institution of the Oregon Manufacturing Innovation Center Research and Development (“OMIC R&D”), is looking to procure an additive friction stir deposit machine capable of depositing such materials as aluminum, copper, steel, titanium, nickel alloys and more, as described in this solicitation.
MELD Manufacturing holds more than a dozen patents for the solid state additive friction stir welding technology. Additionally MELD Machines represent more than a decade of research and development. They are streamlined and painstakingly designed.
Develop solid state additive processes for structural repairs of aluminum and steelstructures. Powder heat treatment and laser-assisted cold spray (LACS) will be used to improvethe mechanical properties of cold spray-based repairs of aluminum alloy structures. Solid statestructural repairs using additive friction stir deposition will be assessed for microstructure andmechanical properties.
and Lubricants and Anti corrosive Materials: This segment includes natural occurring gases and processed materials used to produce heat or power performance enhancing additives, processed materials designed to reduce friction and wear when introduced as a film between solid surfaces.
and Lubricants and Anti corrosive Materials: This segment includes natural occurring gases and processed materials used to produce heat or power performance enhancing additives, processed materials designed to reduce friction and wear when introduced as a film between solid surfaces.
and Lubricants and Anti corrosive Materials: This segment includes natural occurring gases and processed materials used to produce heat or power performance enhancing additives, processed materials designed to reduce friction and wear when introduced as a film between solid surfaces.
and Lubricants and Anti corrosive Materials: This segment includes natural occurring gases and processed materials used to produce heat or power performance enhancing additives, processed materials designed to reduce friction and wear when introduced as a film between solid surfaces.
