This technology features a novel Metal Injection Molded (MIM) manufacturing method which allows for the formation of intricate device geometries and attachment of dissimiar materials. By applying a controlled, deformable microstructure to the MIM part, the MIM part is given the ability to shrink while bonding to the substrate. This bonding method features a reduced suseptibility to cracking, improved bond shear strength over comparable methods, and feasible integration into current manufacturing practices.
Applications:
· Automotive parts
· Biomedical Surgical Tools
Benefits:
· Competitive bonding strength similar to resistance welding
· Flexibility of materials
· Conventional manufacturing techniques and equipment
Inventors: L. Mears, T. Martens
Protection Status: Patent application filed
Licensing Status: Available for licensing
Additional Terms: Fabrication, Manufacturing, Injection Molding
CURF Ref No: 2010-074
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