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Holo4D systems

Digital holography systems

Product Brochure

Holo4D systems

MetroLaser, Inc. provides a range of high and low-speed digital holography systems for your depth imaging needs. Based on the optical configuration and imager used, each system listed below can be tailored to accommodate your field-of-view, depth resolution, magnification, standoff distance and acquisition rate.  

10 hz SYSTEM​

Low-speed high-resolution digital holography

  • For sensitive and low noise depth imaging performance at low frequency. Applications include biomedical imaging, cloud/particle field measurements, etc.
  • Based on the PCO 1300 camera with a spatial resolution of 1392 × 1024 pixels
  • Minimum exposure (5µs)
  • 6.45µm x 6.45µm pixel size
  • Binning supported: Yes
  • 12 bit dynamic range

1-200 khz SYSTEM​

High-speed digital holography

  • For high-speed depth imaging applications with good spatial resolution measurements. Applications include supersonic aerospace, ballistics, industrial and R&D etc.
  • Based on the Phantom TMX 7510 camera with a spatial resolution of 1280×800 - 512×256 pixels
  • 76000 fps at full resolution to up to 230000 fps at reduced resolution
  • 1 µs minimum exposure
  • 512 GB on board memory with a recording time of 4.4s at 76k fps and 1.7s at 230k fps
  • 18.5µm x 18.5µm pixel size

1-200 khz SYSTEM​

High-speed digital holography

  • For high-speed depth imaging applications with good spatial resolution measurements. Applications include supersonic aerospace, ballistics, industrial and R&D etc.
  • Based on the Phantom TMX 7510 camera with a spatial resolution of 1280×800 - 512×256 pixels
  • 76000 fps at full resolution to up to 230000 fps at reduced resolution
  • 1 µs minimum exposure
  • 512 GB on board memory with a recording time of 4.4s at 76k fps and 1.7s at 230k fps
  • 18.5µm x 18.5µm pixel size

5-100MHZ SYSTEM

Rapatronic digital holography

  • For extreme ultrahigh-speed depth imaging applications including laser ablation, plasma formation, explosive combustion and hypersonic flight research.
  • Based on the Ultra8 camera with a spatial resolution of 520×520 pixels
  • 10 ns minimum exposure
  • 12µm x 12µm pixel size
  • Provides a total of 8 consecutive frames
  • Intensifies image for low light applications

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MetroLaser will continue to pursue state-of-the-art research and development as well as the commercialization of optical diagnostics systems to measure flow velocity, temperature, chemical composition, surface temperature inside gas turbine engines, and non destructive inspection of composites and other components.

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