Gives you the freedom to take your research further. The scene camera offers a wide field of view, while eye tracking technology integrated into the lenses creates an unobstructed view for the wearer. This enables the tracking of wider gaze angles and delivers more comprehensive data on visual attention.
Eye tracker screen based recording gaze data up to a frequency of 1200 Hz. This high-performance device offers superior data quality and is designed for in-depth research on eye movement and behavior, by studies based on the fixation of microsaccades.
An updated version of the HTC Pro Vive virtual reality visor, perfectly and completely integrated with the Tobii Pro eye tracking system. This unique combination transforms the way in which research is conducted within this scope, opening to entirely new possibilities.
A screen-based eye tracker which captures gaze data at 60 Hz and is designed for fixation-based studies. This easy-to-use, robust research system is an ideal entry point for those considering beginning eye tracking research or those wishing to take their eye tracking research out of the lab environment.
Device for the measurement of skin conductance (GSR), an indicator of the physiological arousal level. Perfectly integrated inside the Tobii Pro Lab software, allows in-sync recording of eye tracker screen based data and GSR data.
The Mobile Testing Accessory is suitable for research or usability tests where you want to understand how people interact with various elements of the user interface on a mobile device, such as when they’re using a mobile website or app. This accessory is used in conjunction with the Tobii Pro Nano eye tracker.
Screen-based eye tracker, capturing gaze data at speeds up to 250 Hz. Our next generation of compact high-performance eye trackers, this powerful research system supports from fixation to saccade based research outside of the lab.
Weareable DSI-24 system is an EEG system designed for use scientific and engineering research enviroment. The core technology of the sistem consist of ultra-high impedance dry sensor interface (DSI) that work through normale hair and require no prior skin preparation, nor the use of conductive gel to facilitate elettrical contact with the scalp.
The DSI-7 is a complete, research-grade wireless EEG system designed for rapid application of 7 sensors at positions corresponding to locations within the International 10-20 System. Sensor locations can be customized on demand by the manufacturer. The system comprises ultra-high impedance active Dry Sensor Interface (DSI) sensors that function through hair.
The DSI-7 is a complete, research-grade wireless EEG system designed for rapid application of 7 sensors at positions corresponding to locations within the International 10-20 System. Sensor locations can be customized on demand by the manufacturer. The system comprises ultra-high impedance active Dry Sensor Interface (DSI) sensors that function through hair, requiring no skin preparation or conductive gels.
The DSI-4 is a complete, research-grade wireless EEG system designed for rapid application of 4 dry electrode EEG sensors on the forehead. This unique fully-integrated wireless EEG system is embedded in a comfortable adult- sized, headband designed for use during sleep. The system comprises ultra-high impedance active Dry Sensor Interface (DSI) sensors.
The DSI-VR300 is a research-grade EEG system specifically designed for P300 applications and VR integration. The system comprises ultra-high impedance active Dry Sensor Interface (DSI) sensors that function through hair, requiring no skin preparation or conductive gels. Sensors can be individually adjusted to optimize contact impedance.
