When it's too fast to see, and too important not to ® .
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Introducing the Phantom v2640
The new UHS v2640 is the next evolution in high-speed imaging. The proprietary sensor technology delivers the fastest 4Mpx, high definition camera ever. Winner of the Vision Systems Gold Award for Specialty Cameras the v2640 has raised the bar for high-speed, high resolution imaging.
- 6,600 fps @ 2048 x 1952 (full res)
- 12,500 fps @ 1920 x 1080 (full hd)
- 4 modes for maximum imaging flexibility
- 1 us minimum exposure, 499ns/142ns (fast option)
- Nikon F/G, Canon EF and PL Mounts interchangeable
PROUDLY MADE IN THE USA
Industry Spotlight | Science
Using a High-Speed Camera in a Lab
Scientific studies are one of the most quickly growing areas of high-speed imaging. As high-speed camera technology advances scientists and researchers are able to see more than they ever have before. Scientific research is critical in ensuring that a variety of industries, automotive, defense, medical, and more are able to discover new ways to improve the quality of life for humans around the globe.
Wednesday, May 30, 2018
NEW Phantom® v1840 Ultrahigh-Speed Camera
Vision Research, a leading manufacturer of digital high-speed imaging systems, has introduced the Phantom v1840-the latest addition to the Phantom ultrahigh-speed camera family. The v1840 provides the same very high image quality at 18 Gpix/sec as the Phantom v2640 with was released in February. Keep Reading
Wednesday, March 14, 2018
Virginia Tech Obtains Phantom Miro C110
Virginia Tech students and faculty will utilizing a Phantom Miro C110 high-speed camera in their research laboratory. The main focus of study will be the evaluation of helmet impact performance for sports such as football, hockey, cycling, etc. They will also be evaluating head impacts during live sporting events. Keep Reading
Friday, March 2, 2018
University of Glasgow Introduces a Phantom VEO 410L to Research Laboratory
The University of Glasgow is adding a Phantom VEO 410L to their research laboratory at the Institute for Gravitational Research. Students and faculty will have access to this high-speed camera for a variety of uses. The initial use of the camera will be the analysis of fracture points of fused silica glass fibers used in highly tensioned mirror suspensions for advanced astronomical gravitational wave observatories including Advanced LIGO. Keep Reading
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