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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

Tech Image
Source: MOSFET with conformal coating scraped off, makototakeuchi, www.flickr.com/photos/makototakeuchi/19400395010, CC BY 2.0.

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

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

Application

This technology enables monitoring of machinery to lessen major repairs and could be applicable in the following industries: - Production - Service - Distribution - Power

Inventors

Sanjay Sampath, Professor, Engineering & material Sciences
Jon Longtin, Associate Professor, Mechanical Engineering
Richard Gambino (Estate of..) (Heir Pamela Carr), Professor, Materials Science and Engineering

Licensing Potential

Licensing,Commercial partner,Development partner

Licensing Status

Available for Licensing.

Licensing Contact

Donna Tumminello, Assistant Director, Intellectual Property Partners, donna.tumminello@stonybrook.edu, 6316324163

Patent Status

Patented

Stage of Development

[7709766](https://patents.google.com/patent/US7709766)

Tech ID

7608