Government Contracts

Our SBIR for our patented Linear Media Handling System for Cables(LMHS-C)^™ was further funded to increase the fidelity and reliability of wire and tape wound conductor cables for automated manufacturing. Such cables are used from power transmission to high power devices such as electric motors and generators to particle accelerators. LMHS-C is aimed specifically to solve the difficulties of winding modern superconductor materials into cables and cable based magnets and thereby unleashing the benefits of zero resistance to the flow of electricity across markets from commercial industry to defense.

Infinity Physics was awarded 3 separate Small Business Innovation Research (SBIR) awards for developing both our Industrial and Educational product lines by the National Science Foundation (NSF).

Our SBIR for our patented Linear Media Handling System for Magnets (LMHS-M)^™ was funded to increase the fidelity and reliability of wire and tape wound conductor magnets for automated manufacturing. Devices with wound conductors are used in the majority of current electromagnetic systems from electric motors and generators of all shapes and sizes to electromagnets used in from particle accelerators and industrial MRI machines. LMHS-M is aimed specifically to solve the difficulties of winding modern superconductor materials into magnets and thereby unleashing the benefits of zero resistance to the flow of electricity across markets from commercial industry to defense.

Our SBIRs for our PortaLAB^™ product family developed in partnership with Ideation Systems focused on providing personal laboratory experience into the emerging field of portable education.