Embedded Conformal Electronics and Sensors Via Novel Additive-Subtractive Fabrication Technology

Continual monitoring of machine parts for more efficiency using thermal spray technology coupled with precision laser materials Background: Engineering systems are becoming incredibly complex and efficient. However, as a result of these very powerful machines, when components break it is very expensive. There is also no central monitoring system for the components, thus lowering efficiency of machines over a period of time. Therefore, machines need to be monitored to schedule repairs at opportune times. Technology Overview: Thermal spray technology coupled with precision laser materials over electronic components. The electronics are extremely robust, and the technology enables long-life sensing and health monitoring systems for the components in a machine. Advantages: -More control over components

-Less major repairs

-More cost effective Applications: This technology enables monitoring of machinery to lessen major repairs and could be applicable in the following industries: - Production - Service - Distribution - Power Intellectual Property Summary: Patented Stage of Development: [7709766](https://patents.google.com/patent/US7709766) Licensing Potential: Licensing,Commercial partner,Development partner Licensing Status: Available for Licensing. R-7608 Additional Information: manufacturing,electronics,machines,central monitoring system,precision,laser,electronic component,machinery,industrial machinery,condition monitoring,monitoring equipment,continuous monitoring,systems monitoring,power control and monitoring,power engineering,system engineering,manufacturing engineering,engineering solutions,industrial engineering,thermal spray coatings,thermal spray coating,laser precision,materials engineering,electronics fabrication,electronic device fabrication https://stonybrook.technologypublisher.com/files/sites/xpns1kryq4sl5yqvmeid_19400395010_0c88c72131_o.jpg Source: MOSFET with conformal coating scraped off, makototakeuchi, www.flickr.com/photos/makototakeuchi/19400395010, CC BY 2.0.

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