Tobii is a pioneer in eye tracking and eye control technology. Tobii technology enables computers to measure the user's line of sight position and allows the eyes to replace other devices to control the computer, making it a revolutionary new generation of innovative technology.

Tobii's products have been widely used in scientific research, commercial market research, and usability research, and people with disabilities can also use them as an important communication tool. Currently, a series of Assisted Communication (AAC) products have been launched,

To expand the application areas of eye tracking. At the same time, Tobii also provides OEM eye tracking technology services to industrial partners in the fields of computer gaming, medical diagnostics, cockpit safety, and computer control.

Shilian Boyan (Beijing) Technology Co., Ltd. provides one-stop solutions and equipment for real-time motion capture and multi-source data synchronization analysis. It is the official authorized agent of Tobii in China, serving as a provider of Tobii eye tracking and other related products and technical services.

Tobii Pro Glasses3 Wearable Eye Tracker

Equipped with wireless real-time observation function, specially designed for eye tracking research in real environments. Featuring ultra light weight and user centered design, it can obtain natural visual behavior data.

The Tobii Pro Glasses3 third-generation wearable eye tracking solution can introduce eye tracking into a wide range of research settings. Tobii Pro Glasses3 provides stable tracking capability and highly accurate eye tracking data, while also offering users great freedom of movement, ensuring the acquisition of behavior data in a natural state. The combination of Glasses3 eye tracker with ErgoLAB synchronization platform, series of analysis software and services provides a comprehensive solution for various behavioral research in real environments.

System Features

The third generation wearable eye tracker of Tobii Pro Glasses 3 is optimized for real data collection in natural conditions. We hope to create a functional wearable eye tracker that is suitable for any real research environment without sacrificing data quality and reliability.

The new features include:

●Embedding 16 infrared light sources and 4 eye tracking sensors into scratch resistant lenses to support optimal position adjustment and provide the wearer with an unobstructed field of view

●Adopting ultra wide angle scene camera (106 ° H: 95 °, V: 62 °)

●Additional colored or transparent infrared shielding mounting film (MIL-PRF-32432A: 4.8.4 ballistic fragmentation protection, Class 1 SS-EN166, optical Class 1, Class F)

●The operating components are integrated into the framework, with a more rigorous design and the ability to adapt to other head equipment

●Control software supports running on Android and Windows devices

Product features

Embedding 16 infrared light sources and 4 eye tracking sensors into anti reflective and scratch resistant lenses, supporting optimal position adjustment and providing the wearer with an unobstructed field of view

Adopting ultra wide angle scene camera (106 ° H: 95 °, V: 62 °)

Quick pack colored or transparent eye protection lenses

The core components are integrated into the framework, making the design more rigorous and adaptable to other head equipment

Control software supports running on Android, Windows, and Mac OS devices

The control software supports Chinese, English, and Japanese

Tobii Glasses2 Wearable Eye Tracker

A wearable eye tracker with wireless real-time observation function, designed specifically for research in real environments. Featuring ultra light weight and user centered design, it can obtain natural visual behavior data. The eye tracker has a sampling rate of 50Hz or 100Hz.

●Collecting human behavior on the ground

Tobii Glasses 2 is designed specifically for real-world research. The Tobii design team has developed an ultra lightweight and robust non-invasive head mounted tracking module, ensuring comfort and freedom of movement for respondents. The head mounted module weighs only 45 grams.

Quickly gain insights through the Live View feature

The Live View feature allows researchers to wirelessly see real-time eye movement trajectories of respondents, providing quick and actionable insights. This feature is simple and easy to use, making it a valuable research tool suitable for various studies.

●Automatic data overlay

The ErgoLAB software integrates a new data overlay tool, greatly improving the efficiency of data overlay and shortening the time required for Tobii Pro Glasses 2 eye tracker to analyze data. This tool can intelligently overlay data from eye tracking videos onto the target being pointed, allowing you to immediately generate visualized results of quantified data or extract eye tracking statistical indicators.

●True Sight

1. Eye tracking with dual eyes and four cameras.

2. Ultra wide angle scene camera.

3. A super narrow border designed for peripheral visual tracking. The natural visual observation behavior, including the important peripheral visual field, requires providing the interviewee with an unobstructed view, which we call the real visual field. Featuring binocular four camera eye tracking, ultra wide angle scene camera, and ultra narrow bezels designed for peripheral field of view tracking.

●Widespread synchronization of physiological data

Synchronize the eye tracking data of Pro Glasses 2 with a wide range of physiological data, including EEG, NIRS, skin conductance, motion detection, respiration, and heart rate. Achieve low latency synchronization levels while ensuring the portability of your overall solution. Pro Glasses 2 provides some hardware synchronization capabilities without the need to carry a heavy laptop.

Tobii S120 high-precision eye tracker

This high-performance eye tracker can collect eye movement data at a sampling rate of up to 1200Hz. Specially designed for research ranging from gaze based to micro eye twitching behavior.

Tobii Pro Spectrum utilizes Tobii's new eye tracking system, designed specifically for extensive human behavior research, to capture rapid eye movement behavior. This eye tracking system ensures reliable data quality and opens up new possibilities for multiple research fields, such as psychology and cognitive neuroscience, human factors engineering and ergonomics, artificial intelligence, human-computer interaction and usability research, user experience and shopper consumption behavior research, child development research, etc.

Reliable data quality

●The 3-D eye model can provide high-quality gaze data, including high-quality data from a wide viewing angle range and various corners of the screen;

●The binocular motion tracking sensor supports both bright and dark pupil binocular acquisition, with a sampling frequency of up to 150/300/600/1200 for each eye;

●*Eye tracking compatibility, supporting all types of subjects regardless of race, age, and whether they are wearing glasses or not;

●Blinking or when the subject exceeds the tracking range, eye tracking is immediately restored or compensated with low data loss;

●When the subject's head movements or lighting conditions change, eye tracking data can still maintain the same accuracy, precision, and tracking stability;

●Accurately synchronize eye tracking data with other data sources such as EEG, GSR, or ECG using a stable sampling rate;

●Collecting pupil data at a sampling rate corresponding to eye tracking data sampling points;

●Providing eye images allows researchers to understand the factors that affect the data;

Large head movement spaceCollect data in its natural state

●The Tobii Pro Spectrum eye tracker is a high sampling rate system that allows for free head movement while still providing eye movement level precision;

●This combination of high accuracy and large head movement range allows researchers to delve deeper into human natural behavior, cognitive processes, and rapid eye movement mechanisms (such as eye twitching, eye tremors, and micro eye twitching) without disturbing the subjects;

●The Tobii Pro Spectrum eye tracker, with its large head movement space, can achieve eye tracking research on children and other subjects who require jaw support fixation to restrict movement under normal circumstances;

●Has a high tolerance for rapid and significant directional head movements;

●Eye tracking can be immediately restored if the subject exceeds/enters the tracking range;

Flexible installation methods and synchronization solutions

●The installation of Tobii Pro Spectrum eye tracker is flexible and can adapt to a wide range of research contexts and experimental designs;

●The eye tracker can be used in conjunction with the accompanying display module or used alone, supporting research based on screens and real stimuli, such as actual objects or people. Multiple sampling rate options can be widely adapted to various studies ranging from gaze behavior based research to those that require high-density data and temporal accuracy to display eye movement behavior details;

Tobii Pro Fusion telemetry eye tracker

Screen based eye tracker collects eye movement data at a sampling rate of up to 250Hz. This device that balances performance and portability supports various research and environments. From gaze to eye twitching, from laboratory environment to on-site research.Tobii Pro's next-generation high-performance portable eye tracker has a sampling rate of up to 250 Hz, allowing your data collection method to adapt to different research subjects, scenarios, and data needs.

The Tobii Pro Fusion telemetry eye tracker uses the principle of infrared light reflection to measure the position of the eye's fixation point or the movement of the eye relative to the head, in order to track eye movement and analyze visual processing features. The Tobii Pro Fusion telemetry eye tracker uses high-precision eye tracking components to synchronously record an individual's eye movement trajectory, gaze changes, eye movement status, and other data, conducting human behavior research under various visual stimuli and environments. Can conduct quantitative and qualitative research that requires high quality eye tracking data to meet various research needs. Synchronize the recording of data such as 3D spatial position of the eyes or head, gaze time, pupil size, blink frequency, eye twitching, eyelid closure, etc., discover factors that can attract people's attention, understand the visual way people perceive things around them and the factors that drive people to make decisions, capture natural reactions that are not affected by the consciousness of the subjects or subjects, and record and provide real-time feedback on these natural reactions.

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●Remote Sensing Eye Tracking Technology

Adopting an ultra-thin and ultra lightweight telemetry portable design, with simple installation and setup, automated data collection, suitable for various experimental environments.

●High flexibility and compatibility

Suitable for various screen stimuli, such as laptops, desktops, tablets, televisions, projection screens, etc., while supporting Mac OS X and Linux systems.

●Stable data collection in natural tracking state (no need for head support fixation)

Allow for a wide range of head movements, and data accuracy is not affected by operating distance.

●Suitable for on-site research

The system provides dedicated accessories to enable the eye tracker to be applied to real stimuli, objects or scenes, such as vehicle research or integrated into driving simulation cabins for driving behavior research.

●Widespread synchronization of physiological data

Synchronize Tobii eye tracking data with a wide range of physiological data, including EEG, NIRS, skin conductance, motion detection, respiration, and heart rate. Achieve low latency synchronization levels while ensuring the portability of your overall solution. Tobii, combined with the ErgoLAB cloud platform, provides some hardware synchronization capabilities and is compatible with a wide range of data sources.

Tobii Pro VR Virtual Reality Eye Tracker

Combining eye tracking with VR to conduct eye movement behavior research in a controlled experimental design environment!

Tobii Pro VR Virtual Reality Eye Tracker

By using the principle of infrared light reflection, the position of the eye's fixation point or the relative movement of the eyeball to the head is measured to track eye movement and analyze visual processing characteristics. The Tobii Pro VR virtual reality eye tracker uses high-precision eye tracking components to synchronously record an individual's eye movement trajectory, gaze changes, eye movement status, and other data, conducting human behavior research in various visual stimuli and environments. Can conduct quantitative and qualitative research that requires high quality eye tracking data to meet various research needs. Synchronize the recording of data such as 3D spatial position of the eyes or head, gaze time, pupil size, blink frequency, eye twitching, eyelid closure, etc., discover factors that can attract people's attention, understand the visual way people perceive things around them and the factors that drive people to make decisions, capture natural reactions that are not affected by the consciousness of the subjects or subjects, and record and provide real-time feedback on these natural reactions.

characteristic

●Eye tracking in virtual environments

By combining eye tracking with VR, the research environment can be fully controlled and the operator's visual attention information can be accurately understood at every moment. Any simulation environment can be created according to research needs, and research scenarios can be reused economically and efficiently.

●Enhance virtual environment experience

Realize more natural interaction through gaze in virtual environments, revealing the many factors that drive human behavioral responses in an infinite number of hypothetical scenarios.

●Stable and high-performance data collection

The system has a sampling rate of 120Hz and adopts slip compensation technology to ensure the accuracy of data and the effectiveness of calibration when the head mounted module deviates. It allows for a large degree of freedom without affecting the quality of eye tracking data and is suitable for most test populations, including those wearing glasses.

●Support multiple experimental stimuli materials

This includes 360 ° images and videos, as well as 3D models as stimuli, and supports eye movement data collection and playback in the Unity 3D environment, providing an automatic visualization and analysis tool for eye movement data and interactive behavior that can be applied to a wide range of human behavior research.

Tobii Mobile Device Testing Eye Tracker

Eye tracking solution for handheld terminal mobile device usability testing system of Tobii Pro Fusion250, X2 or X3-120 eye tracker. Eye tracking devices are available in models with sampling rates of 30, 60Hz, 120, and 250Hz, which can meet various research needs such as usability testing, market research, and other fields. Support testing using mobile phones, tablets, or other similar sized devices or objects. Combined with the supporting usability testing software and human-computer interaction testing platform, experimental design, data collection, and statistical analysis of mobile APP and prototype design software can be carried out.

In today's mobile application field, being able to create cutting-edge content and design solutions for small screens is the key to maintaining competitiveness. The Tobii mobile terminal usability testing system platform provides a dedicated solution for obtaining efficient and high-quality human-machine interaction data for mobile and tablet devices. You can test mobile phones, navigation devices, e-readers, tablets, or other similar sized devices or physical objects. Understand what elements can attract users' attention and what elements are overlooked by users, in order to gain insights into usability issues or evaluate the effectiveness of mobile advertising. ErgoLAB usability testing and human-computer interaction evaluation software provides a directional usability testing platform that includes experimental design, data collection, real-time observation, data visualization, and data analysis. ErgoLAB provides surface data analysis and visualization tools - from basic real-time eye tracking observation tools to hotspot map presentation tools and statistical indicators for eye tracking. Through our training and technical support, we can ensure that you can quickly get started and receive the help you need to conduct your research anywhere.

This platform is suitable for quantitative and qualitative research that requires high-quality behavioral data. Capture the necessary details for data analysis of any small screen without the need for a scene camera. The two built-in stereo microphones can synchronously record verbal comments during the research period. In addition to qualitative research, the platform can stack data to support quantitative research. Both landscape and portrait modes support data overlay.

characteristic

Mobile Device Usability Testing Solution

●The Tobii Mobile Device Usability Testing Platform can be combined with Tobii Fusion250, X2, or X3 eye trackers for eye tracking usability testing on tablets and mobile phones. Users can conduct efficient, natural, and accurate eye tracking and usability testing to understand the user experience of mobile web pages and applications, as well as the evaluation of advertising effectiveness and usability on mobile screens. This scheme is suitable for quantitative research and qualitative research that requires high-quality behavioral data.

●Efficient research

The platform is designed specifically for testing mobile devices and tablets using the X2 eye tracker. Easy and efficient installation. Eye trackers and mobile devices can be easily and securely installed on the device stand. The accompanying dedicated calibration board allows the subject's calibration process to be completed within one minute.

●Accurate eye tracking on small screens

The Tobii mobile device testing platform can provide you with high-precision data required for small mobile devices. Especially for elements such as logos, text, and buttons that require high-precision eye tracking data, any accuracy error may lead to incorrect conclusions. Tobii eye trackers can provide highly accurate line of sight position data under various lighting conditions and compensate for any natural head movement errors.

Easy testing of mobile devices

●The installation and setup are simple and convenient, making testing based on small screens easy and efficient. The mobile device usability testing bracket includes:

• Installation brackets for eye tracking devices and mobile devices (including common accessories), as well as scene cameras

• Pre configured configuration files and detailed operation guidance materials

• Calibration board for rapid eye tracking calibration

Natural human-computer interaction environment

●The mobile device usability testing bracket allows users to interact naturally with their mobile devices, creating an interference free user experience environment.

• Participants can freely switch between landscape and portrait modes of their mobile devices and operate them from a comfortable perspective

• The angle of the testing platform can be adjusted to accommodate participants of different heights

●Flexible and natural interaction with mobile devices

Participants can naturally interact with mobile devices to create an interference free user experience process. Users can hold their mobile devices and smoothly switch between landscape and portrait modes, and interact with them from a comfortable viewing angle.

Eye tracking devices can compensate for natural head movements, and participants can stand or sit in a chair for testing. During the testing period, the testing platform can be adjusted according to the height of the subjects. The efficient mechanical structure and accompanying universal mobile device installation platform make it easy for you to replace different mobile devices.

detailed analysis

●Combining with Tobii Fusion 250, X2, and X3-120 eye trackers for small screen eye tracking research, it can refine logos, text, and buttons located at a 1-degree viewing angle distance in the screen content.

• No need for a fixed scene camera to capture the interface human-machine interaction details of the department

• Support data overlay in landscape and portrait modes

●Technical advantages of Tobii eye tracking hardware

Tobii has developed various innovative technologies with significant features that enable our eye tracker products to have high performance:

Implement dual sensor technology for "3DVision" - accurately measure the distance between the sensor and the user's eyes. Improved accuracy, precision, and eye tracking stability.

The unparalleled super large head movement range allows subjects to naturally move their heads during the testing process.

The Tobii eye tracker uses bright and dark pupil tracking technology, which can automatically optimize for different pupil types. This means that the eye tracker can adapt to a wider range of subjects, reducing the recruitment cost of subjects.

FaceLAB cockpit integrated eye tracker

Many experts and scholars hope to conduct human efficacy measurements under natural environmental conditions. In terms of eye tracking, Jinfa provides a highly flexible and maneuverable tracking solution that can be applied to complex natural behavior analysis. Through it, real-time analysis of head posture, eye movement, gaze direction, and other natural conditions can be conducted.

• Equipped with real-time eye and head tracking, blink detection, and pupil detection

• The recipient can wear glasses for the experiment without wearing a helmet or cable

• Suitable for outdoor or darkroom experiments, unaffected by light

• Attentive force measurement and analysis of eye trajectory path

• Real time automatic data retrieval record, which can be accessed through the network for data access

• Real time eye and head tracking measurement and blink detection

• A visual tracking engine with high precision, high speed and completeness

• The automated and repeatable calibration function can quickly identify subjects

• Pay attention to strength measurement and analysis of eye scanning path

• Can be carried out in a natural environment, not affected by light

• Suitable for outdoor or indoor experiments, can be used for darkroom experiments

• The recipient can wear glasses for experiments

• Participants can conduct the experiment in natural conditions without wearing helmets or cables

• Real time automatic data retrieval and recording, which can be accessed through the internet for data access

• Equipped with * analytical tools and international technical support

• Equipped with desktop and note taking systems

2、 Product Features

• Almost compatible with any tracking solution: screen research, simulator CAVE、 Research on automobiles and airplanes, etc

• Non invasive operations (non electromagnetic sensors, cables, and helmets)

• Automatic tracking: instantaneous initialization of subject's head posture, eye position, and closure rate

• takes only a few seconds; The optional gaze correction method can improve the degree and shorten the time.

• lenses; Wearing glasses or contact lenses is allowed

• When wearing glasses that cover the eyes, the system will automatically track the position of the head

• Can work during the day or night

• Can be used under sunlight or with significant changes in contrast conditions

• Data collection can be adjusted according to experimental conditions

• Not affected by local occlusion, facial defects, or natural shaking

• High speed response rate<200 ms, when the subject returns to the tracking range, the subject's characteristics can be quickly identified

• An 18 fold optical computer-controlled zoom lens that can be easily installed for experiments over a wide tracking range

• Data collection rate 60 Hz

• 3D six degree of freedom head tracking, 2-degree-of-freedom gaze point tracking

• Pupil diameter measurement

• Eye edge length measurement

Tobii Nano 60Hz portable eye tracker

The Tobii Pro Nano telemetry eye tracker is currently a small and lightweight research grade eye tracker that utilizes Tobii Pro's new technology. Its design is suitable for smaller display screens, providing a compact and fully portable solution. You can take it to any place to conduct your research!

The Tobii Pro Nano telemetry eye tracker uses the principle of infrared light reflection to measure the position of the eye's fixation point or the movement of the eye relative to the head, in order to track eye movements and analyze visual processing features. The TTobii Pro Nano telemetry eye tracker uses high-precision eye tracking components to synchronously record an individual's eye movement trajectory, gaze changes, eye movement status, and other data, conducting human behavior research under various visual stimuli and environments. Can conduct quantitative and qualitative research that requires high quality eye tracking data to meet various research needs. Synchronize the recording of data such as 3D spatial position of the eyes or head, gaze time, pupil size, blink frequency, eye twitching, eyelid closure, etc., discover factors that can attract people's attention, understand the visual way people perceive things around them and the factors that drive people to make decisions, capture natural reactions that are not affected by the consciousness of the subjects or subjects, and record and provide real-time feedback on these natural reactions.

Remote Sensing Eye Tracking Technology

●60Hz sampling rate, using binocular acquisition, combining bright and dark pupil tracking to ensure high-precision data quality.

Portable and easy to carry research plan

●Adopting an ultra-thin and ultra lightweight telemetry portable design, with simple installation and setup, automated data collection, suitable for various experimental environments.

High flexibility and compatibility

●Suitable for various screen stimuli, such as laptops, desktops, tablets, televisions, projection screens, etc., while supporting Mac OS X and Linux systems.

Stable data collection in natural tracking state (no need for head support fixation)

●Allow for a wide range of head movements, and data accuracy is not affected by operating distance.

Suitable for on-site research

●The system provides dedicated accessories to enable the eye tracker to be applied to real stimuli, objects or scenes, such as vehicle research or integrated into driving simulation cabins for driving behavior research.

Related products:

1. EyeLink II Specs eye tracker
2. Motionmonitor's one-stop real-time motion capture and multi-source data synchronization analysis system in the United States
For more detailed configuration information and solutions, please consult the product consultant: Manager Ma, 135 7207 9740