High Speed Cameras Products

  1. FASTCAM Mini WX50 And FASTCAM Mini WX100 7/20/2017

    The FASTCAM Mini WX100 high-speed camera delivers 2048 x 2048 pixel resolution at 1,080fps (Mini WX50 750fps), 1920 x 1080 pixel full HD resolution at 2,000fps (Mini WX50 1,500fps) and frame rates up to 80,000fps (Mini WX50 67,500fps) at reduced image resolution. 

  2. Highest Throughput Streaming Camera For Machine Vision Applications: Phantom® S990 4/30/2018

    The Phantom® S990 is Vision Research’s highest throughput streaming camera available on the market designed specifically for machine vision applications. This imager combines Phantom premium sensor image quality, outstanding high speed technology, and record breaking direct data transfer speed to provide 9 Mpx at up to 938 fps and almost 9 Gpx/sec. The camera streams directly into PCI Express frame grabbers with up to 16 standard CXP6 channels, and is Gen-i-Cam compliant.

  3. High Speed, Digital SWIR Camera: Owl 320 HS 6/16/2020

    The Owl 320 HS from Raptor Photonics offers the fastest frame rates available in the Owl camera line-up (up to 349 Hz in full frame resolution), perfect for high speed VIS-SWIR applications within the 0.4 µm – 1.7 µm range. With Region of Interest (ROI) control, faster frame rates in the kHz region are achievable by setting smaller ROIs.

  4. Phantom® VEO Product Family 7/20/2016

    The new Phantom® VEO family of cameras from Vision Research is made up of four high speed cameras designed to provide information on high speed events within scientific and industrial applications. The VEO710 and VEO410 models feature frame rates exceeding 7,000 fps, making these models ideal for traditional high-speed motion analysis. The four-megapixel VEO640 and VEO340 are optimized for scientific imaging applications where higher resolutions are important. All models are now available with 10 Gb Ethernet connectivity.

  5. HiCAM - Gated Intensified High-Speed Camera 6/27/2011
    Lambert Instruments’ HiCAM series cameras offer the unique combination of high-speed and sensitivity down to single photon level. These properties are achieved by using a dual stage image intensifier that is fiber-optically coupled to the CMOS sensor. Spectral sensitivity can be selected for the specific application. Use of digital cameras in combination with intensifiers and boosters allow us to create images of high-speed events, even when light is failing.
  6. FASTCAM Mini CX For Vehicle Safety Testing 2/26/2019

    Photron offers the FASTCAM Mini CX camera designed to deliver an exceptional combination of resolution, frame rate, light sensitivity, and durability in a compact, stand-alone package for both on-board and off-board vehicle safety testing. The camera provides image quality with 1080 HD resolution at 1,000 frame per second and light sensitivity of ISO 5,000 color and ISO 10,000 monochrome.

  7. Phantom T4040 High-Speed Camera 6/28/2023

    The Phantom T4040 captures 4Mpx resolution images at speeds not previously possible. Our proprietary sensor with back side illuminated (BSI) architecture ensures 40Gpx/s data throughput is sustained and a max frame rate of 440,000 fps.

  8. Phantom Four-Megapixel High-Speed Camera: T1340 3/8/2021

    The compact, yet powerful Phantom T1340 four-megapixel imaging tool from Vision Research provides the ability to increase workflow flexibility and maximum connectivity of the camera. The camera also allows interfacing with advanced systems found in research and industrial testing. 

  9. Phantom Ultra High-Speed Cameras: v2640, v1840, v2512, v2012, v1612, v1212 3/8/2021

    Vision Research introduces the Phantom Ultrahigh-Speed cameras series, featuring 1 and 4 Mpx cameras. These cameras are found in a variety of defense and research and development applications, including microfluidics, piv, stress testing and ballistics.

  10. High Speed Laser Scribing Line Scan Camera: VC4002L 7/30/2012

    The VC2002L High Speed CMOS Line Scan Smart Camera can be used to control the laser scribing on thin-film solar cells. Thin silicon film coats a solar cell’s glass before being structured by a laser. The laser scribes conducting paths that run parallel and as close to each other as possible without touching. The camera acts as a monitoring system and checks P1, P2, and P3 scribes and with precision of 1 μm, controls the laser scribing. The sensor scans the laser line position at a 5 ms rate (thus providing 200 measurements per second.)