HoloMetrology, LLC

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Products Information
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For information on the HG7000 Real-Time Holography Processor  Click Button Below.

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For information on the available system configurations click on the button below.

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Click below for information on measurement resolution and maximum limits.

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REAL-TIME Phase Imaging is now available to provide  quantitative data for static as well as vibration mode analysis. Click below for more information.

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Click to view the on-line PCHOLO User's Manual (DOS Version) in Adobe PDF format

Version 2.00.04 of  PCHOLO is now   available for downloading. All current users are recommended to upgrade to this latest version.. Click on upgrade to go ot the download site.

Providers of interferometric computers & optics modules for electronic
Applications include:
  • Non-destructive test & evaluation
  • Vibration Analysis
  • Mode Shape Analysis
  • Static Load Deformation Analysis
  • Detection of Disbonds and delaminations in bonded and composite materials

Research and Academic Collaboration

The HoloMetrology system is being used at National Institute of Applied Sciences in Rouen, France for teaching and developing real-time electronic interferometry techniques such as electronic holography, and speckle correlation. We strive to work closely with research and academic institutions to expand the horizons of electronic interferometery and ensure that our products represent the state-of-the-art in this field.

HoloMetrology also associated with the Society for Experimental Mechanics to advance the applications of real-time interferometry in the area of experimental mechanics.

Please sign in to our guestbook below and let us know about any applications questions you may have regarding our technology.

Contact Information | Site Map

Equipment Leasing Options

Copyright © 2001 Recognition Technology,Inc. & Karl Stetson Associates (Rev 1.05 6/27/01)

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Time Averaged Hologram of a gas turbine inlet nose cone being subject  to vibration excitation.

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Fringes Showing a Mode Shape of a gas turbine compressor/fan blade being subject to vibration excitation.

These outputs were obtained from the Time Averaged Display Mode Hologram function utilizing   temporal  and speckle averaging to reduce noise.

Applications Information

Click on the button below to view application notes and photos showing how our technology has been applied in the  following  areas:

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