Eye Trackers
Eye Trackers are necessary tool to record Eye Gaze and Fixation for driver/pilot training and evaluation, Neuro-Behavioral studies, attention studies, Human Factors Research, Hand-Eye coordination for Sports and Combat Training, Retail effectiveness and many other applications.
Why monitor Eye Movements? Real-time knowledge of the precise position of the eye and the pupil diameter is invaluable for a host of diagnostic and interactive applications. Neurologists, ophthalmologists, psychologists, and brain researchers use eye data to test for cognition and oculomotor characteristics and abnormalities. Monitoring where a subject is looking allows creators of consoles, cockpits, advertisements, and packaging to optimize their designs or train users more efficiently. As a control input, eye movements can be used to direct a weapon, a cursor, or a high resolution simulator inset to maximize overall system speed and utility.
ISCAN's Video Based Eye Tracking: All of ISCAN's eye tracking systems automatically recognize and track the position of eye landmarks present within an image of a human or lower animal's eye. The eye, illuminated by a low-level infrared (IR) light, is scanned by an IR sensitive video camera. Under normal conditions, the pupil of the eye appears as a dark hole, or sink, to the illumination. This "dark pupil" image is input to a real-time eye tracking system consisting of a digital image processor that outputs pupil size and position coordinates relative to the scan of the camera. The eye image processor uses a custom integrated circuit chip set designed by ISCAN to acquire and track the "dark pupil" position even in the presence of shadows, eyelashes, or other clutter normally found in images of the eye. Crosshairs automatically center themselves over real-time video images of the eye indicating that accurate positions are computed. ISCAN's "dark pupil" tracking technique allows the system to reliably track eye position with virtually any subject. Eyeglasses or contact lenses do not normally interfere with system operation and the pupil is tracked over the full range of ambient illumination, from darkness to full sunlight.
ISCAN's Technical Support: ISCAN offers unparalleled, personalized technical support. Whatever the questions or concerns, contacting ISCAN by phone, fax, email, or Skype will connect you with one of the eye tracking experts who designed, built, and knows your system. You will quickly be back “on track” with your project.
About ISCAN: Since 1980, ISCAN, Inc. has provided the finest eye tracking equipment available for use in diverse applications by corporations, universities, and research laboratories worldwide.
ISCAN Eye Trackers:
Since 1980, ISCAN has provided the finest video based eye and target tracking equipment available, for use in diverse applications by corporations, universities and research laboratories worldwide.
ISCAN is the world's largest manufacturer of video based eye movement monitoring equipment, having sold thousands of systems and providing the broadest range of products with unsurpassed tracking accuracy, ease-of-use, subject acceptance and product support. ISCAN offers standard configurations and can customize systems to meet the most challenging needs of our customers.
Eye Tracker ETL 101R Starter Eye Tracker Laboratory: The ETL101R is a complete eye tracking laboratory that measures pupil size and point of gaze data of a human subject at a 60 Hz temporal rate. The system requires the subject to rest their chin in a tabletop chinrest while viewing visual stimuli.
The system measures pupil size, calculates point of gaze, and outputs scan path, fixation chronology and heat map data representing the subject's visual search experience. The ETL101R can be upgraded to the ETL300HD version described below.
Eye Tracker- ETL-100R Pupillometry Laboratory: A tabletop mounted, remote pupillometer lab that measures pupil size, monitors eye blinks and tracks pupil and corneal reflection eye landmarks at a 60 Hz temporal rate.
The ETL100R may be upgraded for binocular operation, long-range operation, fMRI/PET/CAT scanner compatibility and/or higher temporal speeds of 120/240 Hz, up to 500/1000/2000 Hz if required.
Eye Tracker-ETL-100H Pupillometry Laboratory: A head mounted pupillometer lab that measures pupil size, monitors eye blinks and tracks pupil and corneal reflection eye landmarks at a 60 Hz temporal rate. The ETL100H may be upgraded for binocular operation and/or higher temporal speeds of 120/240 Hz, even up to 500/1000/2000 Hz if required.
Eye Tracker-ETL-200P Eye Tracking Laboratory: The ETL-200 is designed as a replacement to head coil systems. The standard configuration allows for remote primate eye tracking applications with both fixed and free head monkeys.
The system measures pupil size and trackspupil and corneal reflection landmarks at user selectable temporal rates of 120/240 Hz. Three analog outputs, four TTL inputs and outputs, and a serial data link allow the ETL-200 to be interfaced with virtually any visual stimulus and control program such as CORTEX or Presentation. The ETL-200P may be upgraded for binocular operation, fMRI/PET/CAT scanner compatibility and/or higher temporal tracking speeds of 500/1000 Hz.
Eye Tracker- ETL-200R Rodent Eye Tracking Laboratory: The ETL200 is designed for rat and mouse eye tracking applications with fixed head rodents. The system measures pupil size and tracks pupil and corneal reflection landmarks, along with up to five independent optical targets, at user selectable temporal rates of 120/240 Hz. Three analog outputs, four TTL inputs and outputs, and a serial data link allow the ETL200 to be interfaced with virtually any visual stimulus and control program.
Eye Tracker- ETL-300HD Remote Eye Tracker Laboratory: The ETL300HD is a complete free head, remote, binocular eye tracking laboratory that measures pupil sizes and point of gaze data of a human subject at a 60 Hz temporal rate. The system automatically recognizes and acquires the subject's eyes and tracks them over a range of a cubic foot, while the subject is viewing visual stimuli.
The system measures pupil size, calculates point of gaze, and outputs scan path, fixation chronology and heat map data representing the subject's visual search experience. This system is ideal for market research applications, web analysis and psychovisual experiments. The ETL300HD can be upgraded to image the eye at intermediate and long ranges and track the eyes at 120/240 Hz.
Eye Tracker- ETL-400 fMRI/PET/CAT Eye Tracking Laboratory: The ETL400 is a custom built eye tracking laboratory for human subjects specifically designed to measure pupil size and track eye movements in an fMRI, PET, or CAT scanner while the subject is viewing visual stimuli. The temporal speed of the eye tracker is 120/240 Hz and the system includes a point of gaze output superimposed on a representation of the visual stimuli.
Eye Tracker-ETL-500 Head-mounted Eye Tracking Laboratory: The ETL500 provides an unobtrusive and lightweight method to monitor pupil size and point of gaze of human subjects in experiments that require extensive head and body movements. A monocular headset contains eye and scene imaging cameras connected to an eye tracking computer via a 25' cable. Point of gaze data is calculated at a 60 Hz temporal rate. The ETL500 may be upgraded to binocular operation and to function with a variety of head mounted displays.
Eye Tracker- ETL-600 Head and Eye Tracking Laboratory: The ETL600 tracks both the eye and head position of a human subject, using a 6 degree of position tracking sensor to monitor head movements. The system combines the subject's eye and head position data to generate an eye and head vector that can be automatically intersected with surfaces in the subject's real world environment.
The ETL600 is ideal for simulation and training experiments, and can be used in a variety of human/machine interfaces.
Eye Tracker- ETL-700 Eye and Scene Tracking Laboratory: The ETL700 is a variant on the ETL600, but instead of tracking head position, the system tracks the subject's eye movements, calculates the point of gaze and simultaneously optically tracks objects in the subject's real world environment.
The system automatically indicates if the subject is looking at a particular target in their surrounding environment, and where on that target they are looking. The ETL700 is ideal for human/machine interface in physically cramped work areas and in visual environments that closely surround the subject with displays.
OmniView Mobile Eye Tracking Laboratory: The OmniView is a mobile eye tracker specifically designed for shopping, driving, cycling, flying and other ambulatory psychovisual data collection. The system in its standard configuration features an unobtrusive binocular eye tracking headset with a scene camera, connected to a small lightweight custom video recording unit. All the data regarding the subject's visual and audio experience is recorded on the device and is played back to generate point of gaze output. The OmniView automatically calculates point of gaze output over the full range of the subject's depth of visual field, meaning that the point of gaze output is accurate even as the subject shifts their visual attention from objects that are near or far from them.
The OmniView alternatively can be configured to transmit the eye and scene data. This system also features an unobtrusive binocular eye tracking headset with a scene camera, connected to a small lightweight TV transmitter to display the point of subject's point of gaze data in real time while performing an task. The OmniView automatically calculates point of gaze output over the full range of the subject's depth of visual field, meaning that the point of gaze output is accurate even as the subject shifts their visual attention from objects that are near or far from them. Both versions of the OmniView can be customized for use with lower primates and other animals.
ISCAN Eye Tracking Data Analysis Software: ISCAN provides powerful standard or customized data analysis software to complement the outputs of all its eye tracking systems. Standard software includes fixation measurement, scan path, fixation chronology, heat maps and blink analysis programs. Custom software includes stimulus generation, saccadic analysis, custom point of gaze displays and software drivers for OEM eye tracking applications.
VPixx Technologies Eye Tracker TRACKPixx:
VPixx Technologies has developed eye-tracking solutions to meet all of your research needs. From the low-cost 120 Hz TRACKPixx /mini for easy fixation detection, to the high-performance 2 kHz TRACKPixx3 for gaze-contingent displays, saccade analysis, and synchronized I/O, VPixx has your solution.
TRACKPixx3
2 kHz binocular eye tracker
The TRACKPixx3 is a 2 kHz eye/gaze-tracking solution. The TRACKPixx3 is versatile, supporting both monocular and binocular tracking with a single mechanical configuration. Interchangeable lenses support tracker distances from 60 cm to over 160 cm. Add a second low-cost slave tracker to support remote head-free tracking. The TRACKPixx3 does not require a dedicated PC to process eye images and generate gaze information; all image processing is performed within the TRACKPixx3 hardware. Gaze data can be logged within the TRACKPixx3 and retrieved by the testing PC with a simple low-latency USB interface.
The TRACKPixx3 video feed can be accessed directly through a console display for real-time visualization and adjustment of the tracker. A scene camera can be connected to the tracker to monitor the experiment. These video feeds can also be accessed through the USB interface for remote control of the TRACKPixx3.
Combine the PROPixx with the TRACKPixx 2kHz binocular eye tracker, and experience the simplicity of a single clock timebase for all your data!
DATAPixx3 specifications
– Button box interface
– 24 TTL trigger inputs and outputs
– Stereo audio input and output
– Analog inputs and outputs
– Video input: 2 DisplayPort 1.4
– Video output: 2 DisplayPort 1.4
– Video input bandwidth: up to 32.4 Gbps per input
– Video output channels: Dual synchronized DisplayPort
– Video output format: Mirror or haploscope mode, console
– Maximum video output resolution : 4K @120 Hz
– VideoBahn interface
All digital, analog, and audio inputs and outputs feature microsecond synchronization to video refresh and eye-tracking data
TRACKPixx3 specifications
– 2 kHz binocular
– 1 frame (0.5 ms) blink recovery time
– 1.7 ms latency
– New eye positions are computed every 0.5 milliseconds
– Easy setup
– Eliminates tracker PC
– 27 inch console monitor
– VideoBahn interface
TRACKPixx3 MRI/MEG
MRI/MEG 2 kHz binocular eye tracker
The TRACKPixx3 MRI/MEG is a 2 kHz eye/gaze-tracking solution compatible with MRI and MEG environments. The TRACKPixx3 is versatile, supporting both monocular and binocular tracking with a single mechanical configuration. The TRACKPixx3 does not require a dedicated PC to process eye images and generate gaze information; all image processing is performed within the TRACKPixx3 hardware. Gaze data can be logged within the TRACKPixx3 and retrieved by the testing PC with a simple low-latency USB interface.
The TRACKPixx3 video feed can be accessed directly through a console display for real-time visualization and adjustment of the tracker. A scene camera can be connected to the tracker to monitor the experiment. These video feeds can also be accessed through the USB interface for remote control of the TRACKPixx3.
An easy and fast option is also available to convert the TRACKPixx3 MRI / MEG to a low cost eye tracker tabletop configuration.
Combine the PROPixx with the TRACKPixx 2kHz binocular eye tracker, and experience the simplicity of a single clock timebase for all your data!
DATAPixx3 specifications
– Button box interface
– 24 TTL trigger inputs and outputs
– Stereo audio input and output
– Analog inputs and outputs
– Video input: 2 DisplayPort 1.4
– Video output: 2 DisplayPort 1.4
– Video input bandwidth: up to 32.4 Gbps per input
– Video output channels: Dual synchronized DisplayPort
– Video output format: Mirror or haploscope mode, console
– Maximum video output resolution : 4K @120 Hz
– VideoBahn interface
All digital, analog, and audio inputs and outputs feature microsecond synchronization to video refresh and eye-tracking data
TRACKPixx3 specifications
– 2 kHz binocular
– 1 frame (0.5 ms) blink recovery time
– 1.7 ms latency
– New eye positions are computed every 0.5 milliseconds
– Eye position is time stamped with MRI/MEG trigger pulse
– Easy setup
– Fiber optic and filtered power cable
– Eliminates tracker PC
– 27 inch console monitor
– VideoBahn interface
Compatible with Siemens, GE, Philips and more
Compatible with Elekta, CTF and more
TRACKPixx /mini
120 Hz eye tracker
The TRACKPixx /mini is a 120 Hz eye/gaze-tracking solution. With its universal magnetic mount, the TRACKPixx /mini is the perfect choice for those looking for the best value in professional eye tracking. With its large head motion box and reliable fixed data rate, the compact and simple to use TRACKPixx /mini provides the high level of accuracy you have come to expect from VPixx Technologies.
The TRACKPixx /mini includes a button box whose button presses are accurately timestamped and can be correlated with eye position through the USB interface. The eye tracker and button box are powered and connected together by the USB I/O Hub included with the system.
TRACKPixx /mini specifications
– 120 Hz binocular
– 0.5° accuracy
– Tracking method : dark pupil, binocular tracking
– Operating distance : 55 – 65 cm (21.7’’ – 25.6’’)
– Head motion box : (W x H x D) : 20 x 5 x 10 cm (8’’ x 2’’ x 4’’)
– Easy setup
– Eliminates tracker PC
Button box specifications
– Handheld response box with 5 thumb buttons
– Illuminated buttons
– Each button press is timestamped
– Sampling rate : 1 kHz
MRC Complete MR-compatible In-bore eye-tracking solution
For eye-tracking applications we offer a complete solution with our video cameras, infrared LEDs, the MRC eye-tracking software and specific camera mirror mounts, alongwith DAQ Card or synchronization. The system can be installed very easily and quickly and ensures a perfect camera alignment at the eye. It can be used with all MRI scanners without artefacts. The hardware is also compatible to all established eye tracking software solutions.
Both Monocular, and Binocular, various resolution and speed eye tracking systems are available that work in complete synch with MRI Pulse and other Hardwares, such as EEG Systems.
