Tools for Vision Science
See the difference
At Cambridge Research Systems, our reputation is founded on values of scientific rigour and integrity. For over 20 years, our unique range of Tools for Vision Science has been ubiquitous in laboratories throughout the world, and cited in thousands of papers in fields including vision, ophthalmology, neurophysiology, cognitive neuroscience, experimental psychology and human factors.
By combining engineering expertise with innovation, cutting edge technology, and on going collaboration with our valued academic partners, we design and develop innovative new tools that enable the advancement of vision science.
Our products are market leaders, our people committed and knowledgeable. Our ambition is to continue setting standards in the vision science community, of which we are proud to be a part.
Please browse our range of systems, and feel free to contact us with any questions, and to obtain price and delivery information for your location and currency.
Featured Products
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ViSaGe MKII Visual Stimulus Generator
ViSaGe makes it simple to display calibrated visual stimuli on a CRT-based computer monitor with precision timing, and provides a robust and reliable mechanism to synchronise the stimulus presentation with external data collection equipment, including button boxes or eye trackers, motion trackers, electrophysiological amplifiers, and MRI scanners. It is the ideal choice for cognitive, psychophysical, and neurophysiological investigations of vision and the brain.
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Bits# Stimulus Processor with integrated Data Acquisition
Add the hardware you need to the software you already love... Bits# converts an ordinary computer or laptop into a high dynamic range, calibrated visual stimulator and frame-synchronous data acquisition system, compatible with PsychToolbox-3 (MATLAB), PsychoPy (Python) and now Psykinematix for Mac OS X.
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Mitsubishi Diamond Pro 2070SB
Cambridge Research Systems has stocks of CRT displays, which are available to buy exclusively when ordered with a Bits# Stimulus Processor or ViSaGe Visual Stimulus Generator. The Mitsubushi Diamond Pro 2070 is an example of the type of CRT display we can offer, and is suitable for psychophysics and visual neuroscience. Various similar models are available.
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DepthQ 360 DLP Projector
The DepthQ® 360 is a greyscale DLP projector that outputs luminance frames at 360Hz. Developed in collaboration with scientists at HHMI Janelia Farm, this novel display solution was engineered specifically for rendering high temporal and spatial resolution images for vision research. Use it with ViSaGe, or Bits# and Psychtoolbox for wide field of view visual neurophysiology studies or combine with FE-1 goggles to create immersive, stereoscopic environments.
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BOLDscreen for fMRI
LCD display for fMRI, provides the superior image quality necessary for vision research. It’s the only display with super high brightness, no time lag, integrated calibration and, of course, no interference with the scanner.
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BOLDscreen 3D for fMRI
BOLDscreen 3D is a high definition LED LCD monitor which is designed to display dichoptic visual stimuli for stereoscopic and binocular vision experiments using fMRI.
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LiveTrack FM Fixation Monitor
The latest member of the LiveTrack family of affordable video eye tracking and pupillometry systems. The Fixation Monitor configuration is ideal for monitoring observer behaviour and pupil response during visual psychophysics and cognitive neuroscience experiments.
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LiveTrack AV for fMRI
Affordable MR safe video eye tracking with real-time estimates of eye rotation, direction of gaze coordinates and pupil size.
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ColorCAL MKII Colorimeter
Calibrated and affordable colorimeter performs better than a spectroradiometer for gamma correction. Computer-controlled, bus powered USB colorimeter with an easy to use cross-platform software interface, designed for characterising and calibrating your CRT or LCD monitor.
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SpectroCAL Spectroradiometer
High-performance spectroradiometer with NIST traceable calibration makes extremely accurate colorimetric measurements over the entire visible spectrum, even of narrow band sources.