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Research & Development of Bragg Sensors.


AutoCAD design of custom optic mounts for automatic beam conditioning of UV laser source. Research facilities to fabricate fiber optic Bragg sensors have been developed to support measurement of strain, temperature and hydrogen on the NASA's X-33 and Shuttle fuel tanks and other NASA programs.

Since the requirements for these sensors exceeded standard fiber sensors, a custom facility was established in the NESB branch of Langley Research Center in Hampton Virginia.   Process engineering was developed to fabricate Polyimide jacketed fiber with multiple Bragg sensors embedded, on-the-fly.  Modifications to the tower were developed and custom equipment designed and integrated on the tower to mark the location of each sensor.  This was established to aid field installation of the fiber sensor assembly.
Automated tooling was developed to mount phase mask and beam conditioning optics inside tower cabinet.
R&D, procurement management and installation of custom polyimide coating and curring technology. Specialized polyimide curing ovens and exhaust system was developed to optimize the process and yield the strongest possible fiber jacket.
Drawing bragg sensors on-the-fly

Why reinvent the wheel?

M.E. Thomas designed custom fixtures and tooling, process engineering, SOP's, managed fabrication and assisted the customer with establishing a collaboration with various fiber manufacturing experts to efficiently develop the necessary process engineering in a compressed time schedule with dynamic results.

 

MET Engineering has been developing high-tech products, instrumentation, semi and fully automatic tooling, fixtures and process engineering for over twenty years.

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  • BioMedical
  • Academia

 

Contact us for a quote on your specific needs.
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