High Speed Cameras Products

  1. FASTCAM SA-Z 12/4/2013

    The Photron FASTCAM SA-Z offers scientists, researchers and engineers the ability to capture high resolution digital images at ultra-high speeds to see and understand previously invisible processes and events. 

  2. Phantom Flex4K-GS 2/15/2017

    Vision Research offers the new Phantom Flex4K-GS based on the Flex4K cinema camera platform. It incorporates a global shutter with a 4K, 9.4 megapixel, 35mm sensor, which ensures that every pixel exposes at the same moment in time. 

  3. High Speed, Scientific CMOS Camera: Rolera Bolt 1/4/2012
    The Rolera Bolt, QImaging's new Scientific CMOS camera, was designed for demanding high-speed, low-light imaging. As a cost-effective solution, it was designed to meet the imaging requirements for a diverse set of applications ranging from live cell fluorescence to whole organism motility studies. Capable of streaming at 30 full frames per second with 1.3 mega-pixel resolution and 3e- read noise, the Rolera Bolt is perfect for tracking high-speed dynamic events with detailed spatial and temporal resolution.
  4. 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.

  5. 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. 

  6. 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.