E

Erik Stover

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CEO- President at Trioptics Inc.
New Port Richey, Florida, United States

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Résumé


Jobs verified_user 0% verified
  • dopa diamond tools  Developing Efficiency
    President- Dopa Inc
    dopa diamond tools Developing Efficiency
    Aug 2026 - Current (2 months)
  • TRIOPTICS
    CEO- President at Trioptics Inc.
    TRIOPTICS
    Apr 2019 - Current (7 years 6 months)
  • M
    CEO
    M Measurement Solutions inc
    Apr 2004 - Current (22 years 6 months)
    We manufacture optical metrology and measurement services. We specialize in refractive index, dN/dT, IR interferometers, Refractometers, 3D scanning, Bubbles and Inclusions. As well as customized solutions.
  • T
    Global Business Development Manager
    Taylor Hobson
    Nov 2010 - Jan 2016 (5 years 3 months)
  • LightWorks Optics
    Project Engineer
    LightWorks Optics
    Nov 2009 - Nov 2010 (1 year 1 month)
  • Ball Aerospace
    Optical Test Engineer
    Ball Aerospace
    Jan 2001 - Jan 2003 (2 years 1 month)
  • J
    R&D Manager
    Janos Technology
    Oct 1996 - Nov 2009 (13 years 2 months)
  • US Navy
    Aviation Electronics Technician
    US Navy
    Aug 1992 - Aug 1996 (4 years 1 month)
Education verified_user 0% verified
  • Regis University
    BS, Computer Science
    Regis University
    Jan 2006 - Jan 2010 (4 years 1 month)
Publications verified_user 0% verified
  • O
    Investigation of index of refraction changes in chalcogenide glasses during molding processes
    OCT
    Precision glass molding has a well-documented effect of a decrease in the index of refraction of the glass during the molding process. This index drop has such significant value that optical designs for molded lenses must take into account the index drop to accurately determine the optical performance of the final lens. Widespread adoption of chalcogenide glasses for molded infrared optics has raised a series of questions as to the behavior of these glasses under molding conditions. This paper will investigate the index of refraction changes in two different chalcogenide glasses and determine if these changes are significant enough for optical designers to consider in their designs.
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