Hyper Vision HPV-X2

High-Speed Video Camera

User-Friendly Software Optimized for Ultra-High-Speed Recording

Phenomena that could not be conventionally confirmed are now observable in any number of fields where high-speed recording is required. These include high-technology development, science and engineering research, biological research, and quality evaluations.

Ink Jet Discharge - Recording Speed: 5 Million Frames/ Sec

 

  • Recording Overview
    A liquid sample discharged from the tip of a printer head nozzle is observed and recorded with the HPV-X2 to show how the sample changes into a droplet and generates unnecessary spray. A high-speed video camera is required because the magnified images are taken in a microscopic area.
  • Application Areas
    Research and development of printable electronics-related products

 

 

Video avi.file(25611KB)

Collision of High-Speed Projectiles - Recording Speed: 10 Million Frames/Sec

 

  • Recording Overview
    This image, taken with the HPV-X2, shows the instant at which a resin pellet, fired from a two-stage light gas gun at about 3 km/s, collides with the target at high speed. It allows verifying the intense light emission from the resin pellet when it is changed into plasma by the collision, and the explosive scattering.
  • Recording Overview
    Research and development into mechanisms that offer protection from space debris generated by space development. Investigation into meteorite collisions in space physics.

 


Slow motion playback of phenomena over a 25.6 μ timespan

Video avi.file(25611KB)

High-Speed Collision of Resin Sphere - Recording Speed: 2 million frames/sec, 5 million frames/sec.

 

  • Recording Overview
    Recorded with a HPV-X2, this image shows the propagation of stress waves and the development of cracks that occur inside a transparent resin block caused by the high-speed collision of a resin sphere fired at about 3.5 km/s from a two-stage light gas gun.
  • Application Areas
    Investigation into material fracture mechanisms.

 


Slow motion playback of phenomena over a 64 μs timespan

Video avi.file(12808KB)


Slow motion playback of phenomena over a 51.2 μs timespan

Video avi.file(25611KB)

For Research Use Only. Not for use in diagnostic procedures.

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