Hardware
Tobii Eye Trackers
Tobii Pro Spectrum Eye Trackers (6)
The Tobii Pro Spectrum is the latest and most advanced eye tracking platform, designed for extensive studies into human behavior and the mechanics of the fastest eye movements. This high-performance research system provides superior data quality and is designed for extensive research into behavior and eye movements – from fixation-based studies to micro-saccades. Key features include:
- The 3-D eye model delivers superior gaze data, including wide gaze angles and all corners of the screen
- Two eye tracking cameras, capturing gaze data at speeds up to 1200 Hz.
- Allows precise synchronization of gaze information with data from other sources, such as EEG, GSR, or ECG
- Open new possibilities in fields like psychology, developmental studies, neuroscience, reading research, and ophthalmology.
Tobii TX300 eye tracker (2)
Collects gaze data at 300 Hz, yet allows large head movements. System is designed for studies that require a higher sampling rate; e.g. the need to study eye movements such as saccades, correction saccades, fixations, pupil size changes and blinks. The unique combination of a higher sampling rate and large head movement box benefits eye tracking studies where freedom of movement is important, including behavioural research or eye movement research involving children. Fields of use are:
- Neuroscience studies (e.g. studies combining eye tracking and EEG data)
- Ophthalmology studies
- Reading studies
- Psychology research (e.g. developmental psychology and psycholinguistics studies)
- Gaze-contingent paradigms due to a latency of 10 msec.
Screen-based Tobii T120 eye trackers (2)
Are integrated in a 17-inch TFT monitor and designed for all types of eye tracking studies where the stimuli can be presented on the monitor and enables you to conduct on-screen eye tracking studies for a wide variety of research purposes. The system is easily set u, runs on most Windows computers and has accurate 120 Hz eye tracking that delivers reliable results in a natural testing environment. Range of studies include:
- Psychology studies, using images or movies as stimuli
- Linguistic studies
- Web and software usability studies
- Online marketing studies
- Pretesting of print ads and mail-outs
- Human-computer interaction research
- Eye-based computer interaction
Tobii Pro Glasses 3 (2)
Designed for the real world, our third-generation wearable eye tracker allows you to conduct behavioral research in a wide range of settings. 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. Key features include:
- Deliver the durability needed to run studies outside or in more formidable real-world settings
- Can be worn under helmets and other protective gear
- Lightweight design, similar to regular eyewear to enhance the possibility for natural behaviour
- Field of applications include marketing and consumer studies as well as efforts towards increasing workplace productivity and quality.
Tobii Portable Glasses (1)
For research in real-world environments. They are unobtrusive and efficient for capturing natural behaviour in both qualitative and quantitative real-world research. This system includes a pair of eye-tracking glasses, a recording assistant and optionally, infrared (IR) markers for automated generation of aggregated eye tracking data from several test subjects. They are a discreet, ultra-lightweight design that ensures natural behaviour and research validity. Accurate data and robust eye tracking capabilities can be relied on in uncontrolled situations and real-world environments. Automated data mapping and aggregation (requiring IR markers), along with system-guided procedures, promote process efficiency. Suitable for use in areas such as:
- In-store shopper research e.g. in studies of package design, shelf placement, pop promotion, and store planning
- Out-of-home and TV advertising
- Social interaction research and group dynamics
- Sports research
- Driving/vehicle research
- Training and evaluation
Varjo XR-3
The Varjo XR-3 includes Varjo XR-3 mixed reality headset; Two headset adapters in-box; Two USB-C cables (5 m) in-box; PC Connections: 2 x DisplayPort and 2 x USB-A 3.0+; 6 Power Plugs, Cleaning cloth, Varjo Reference marker
Varjo’s mixed reality technology with ultra-high resolution up at 70PPD and widest field of view promises to deliver the most immersive mixed reality experience, featuring photorealistic visual fidelity where real and virtual objects blend together for a real life look instead of appearing as holographic augmentations.
The headset has hand and eye tracking (200Hz) and can integrate seamlessly into the current MBBL equipment and software.
XR technologies have gained popularity in behavioural, clinical and psychological research, effectively utilising data collection to acquire valuable insights into human behaviour.
Varjo Aero Headset
Varjo Aero Headset
Varjo Aero VR Headset includes Dual mini-LED Display, 2880x2720 per eye, 35 PPD Peak Fidelity, 150 nits, 115° FOV, Automatic IPD Adjustment, Built-in Eye-tracking @ 200Hz, 3.5mm Audio Jack, 487g + 230g (Headband), 5m USB-C.
The virtual reality technology allows researchers to conduct high-level academic, clinical and commercial research in the most immersive virtual reality environments to gain meaningful behavioural insights with high level of accuracy. The technology is eye-tracking compatible, enabling generalisation of some study results to the real world environment, which can help minimise shortcoming scientific conclusions where the presentation of visual content is limited to the computer screen.
The Lab's 360 degree camera can also be integrated with this virtual reality technology.
Vive Pro Eye VR Headset and wireless adapter
Vive Pro Eye VR headset and wireless adapter
The VIVE Pro Eye headset includes Vive Pro Eye Headset, two Lighthouses V.20, two X Vive Pro Controllers, a Link box and cables.
The device can be connected with the MBBL’s VIVE wireless adapter to allow complete freedom for participants to move about and explore the virtual space within a physical area.
This device features eye-tracking capabilities, enabling researchers to gain valuable insights into human behaviour. This includes understanding what attracts their visual attention, how they perceive and interpret different messages or scenarios, and how their visual experiences impact their comprehension and decision-making.
Noldus FaceReader
FaceReader is the complete facial expression analysis software. It's the world's first tool capable of automatically analysing facial expressions, providing users with an objective assessment of a person's emotion.
The lab features eight booths that allow the recording of up to eight individuals at the same time. This video input can then be run through the Noldus FaceReader software for fast emotional readings data. Each booth features an internet connected PC to allow the participant to be subjected to input from the researcher.
Obsidian Go 360-degree camera
The Obsidian Go is a professional, portable 360-degree camera for capturing 8k images and 4k videos of selected environments. The camera is particularly useful during focus group data collection and can be used to record virtual reality environments.
Shimmer (18 PPG and GSR and 16 ECG devices)
Shimmer is designed for wearable and remote sensing applications. It's designed to be highly flexible and adaptable, easily integrating into existing systems and technologies.
Shimmer is frequently used in activity monitoring, sport science, and intelligent building applications. It's currently used in some of the following areas:
- human health monitoring
- activities of daily living
- connected health solutions
- sports science
- structural monitoring
- intelligent buildings
- environmental and habitat monitoring
- emotional response monitoring
Equivital and GSR Sensor
The hardware includes one Equivital EQ02+ SEM, one Equivital SEM USB Lead, one Equivital Bluetooth Dongle, one Equivital GSR Sensor, four different size S-XL Equivital B6 Sensor Belts (covering subjects with lower chest measurements of 74-120cm) and the Equivital Device Enabler for use with LabChart.
The hardware records two channels of ECG: breathing rate, high-resolution tri-axial acceleration, and skin temperature. Wired and wireless ancillaries allow the recording of additional parameters, such as skin temperature (recorded by SEM), galvanic skin response, and oxygen saturation, directly into AD Instruments LabChart (the distributing company for the Power Labs).
The Equivital GSR Sensor connects to the expansion port on the Equivital SEM to enable the recording of Galvanic Skin Response (GSR) signals. It consists of a small box that can fit inside the Equivital Sensor Belt or be worn on the wrist and short leads terminating in standard 'Snap Lead' connectors suitable for use with the MLA1010 disposable electrodes.
Nurostym Transcranial Direct Current Stimulation (tDCS)
Nurostym Transcranial Direct Current Stimulation (tDCS)
Transcranial Direct Current Stimulation (tDCS) is a non-invasive brain stimulation technique that has gained popularity in recent years for its potential to improve cognitive function and mood.
tDCS is the name given to a procedure where a small electrical current is placed on the head using electrodes. A portion of this electrical current enters the brain, intending to create a higher voltage potential in brain cells found between the placed electrodes. The intention is to make brain cells within the affected brain regions more easily able to stimulate during a task or mental process and thus enhance performance. This technology can thus be used to investigate broad brain region and network functioning, but also how brain frequencies are conducive to certain types of mental processes (i.e., through trans-cranial alternative current stimulation; TACS).
In particular, the system has potential applications in disciplines such as accounting, marketing, finance, management, and economics. A researcher may be interested in investigating a theory and mental process, such as how a persistent and specific cognitive bias impacts a particular judgment and decision-making context. In turn, the judgements and decision-making context have broader applications in psychology.
The nurostym tDCS system comes complete with two accessories to increase its functionality: the nurostym INTERFACE (IO Box) and the nurostym SPLITTER. These can assist both online and offline research, as well as conventional and high-definition tDCS/TACS stimulation protocols.
This device can be triggered using Cedrus' Stim Tracker Quad.
EEG Headset DSI-7 (5) (Dry devices)
DSI-7 is a research-grade wireless EEG headset designed for ultra-rapid applications of six sensors at locations corresponding to the 10-20 International System. Its main features include:
- Self-donned and ready to record EEG in under 1 minute
- Comfortable for wearing continuously over 8 hours
- Portable design suitable for light ambulation in an office or lab environment
- Six sensors positioned at choice of Fz, F3, F4, C3, C4, Pz, P3, P4 locations of the 10-20 International System
- Continuous impedance monitoring
- Bluetooth wireless transmission with sampling at 300Hz
- Rechargeable Li-ion batteries allow continuous operation
- 4-bit digital trigger input
- Adjustable to fit a wide range of head sizes
Applications
The DSI-7’s practicality, portability, and high signal quality open the door to taking numerous applications that require rapid and non-intrusive EEG recording. Such applications include:
- Neurofeedback
- NeuroErgonomics
- NeuroEconomics/NeuroMarketing
- NeuroEducation
- Augmented Cognition
- Brain-Computer Interfaces
- Biometrics
- Cognitive Stress or Workload Monitoring
- Psychological Research
- Sports Peak Performance Training
EEG Headset DSI-24 (Dry devices)
The DSI-24 is a research-grade wireless EEG headset designed for the rapid application of 21 sensors at locations corresponding to the 10-20 International System.
Main features include:
- Self-donned and ready to record EEG in under 5 minutes
- Comfortable for wearing continuously over 8 hours
- Portable design suitable for light ambulation in an office or lab environment
- 21 sensors positioned according to the 10-20 International System
- Continuous impedance monitoring
- Blue Tooth wireless transmission with sampling at 300Hz
- Hot-swappable Li-ion batteries allow continuous operation
- 8-bit digital trigger input
- Adjustable to fit a wide range of head sizes (54-62cm in circumference)
Applications
The DSI-24’s practicality, portability and high signal quality open the door to taking numerous applications that were previously limited to lab environments to more naturalistic settings. Such applications include:
- Neurofeedback
- NeuroErgonomics
- NeuroEconomics/NeuroMarketing
- NeuroEducation
- Augmented Cognition
- Brain-Computer Interfaces
- Biometrics
- Cognitive Stress or Workload Monitoring
- Psychological Research
- Sports Peak Performance Training
ANT 64 channels – eego sports pro
The eego sports pro is a research-grade wired and wireless EEG cap and amplifier system designed for the rapid application of 64 EEG sensors at locations corresponding to the extended 10/20 system. An additional 24 bipolar sensors can be used with the system, including simultaneous EMG, EOG, respiration, temperature, skin conductance, and acceleration measures.
Main features include:
- Online live EEG and EMG
- Plug & play system with quick set-up times
- High-density recordings with ultra-high signal range
- Available in 4 configurations for recordings of up to 64 referential channels
- Extended pro configurations include EMG and physiological sensors
- Acquisition of up to 24 bipolar channels
- Physiological sensors for respiration, temperature, skin conductance and acceleration
- Artefact protection with active shielding technology
- Programmable gain
- Wireless remote control of the complete recording
- User-selectable sampling rate up to 2048 Hz
- 8-bit trigger input for ERP studies and synchronization with external devices
- Compatible with the real-time API for seamless integration with mind-machine interfaces
- Secure data storage, even when out of WiFi range
- Archive server solution for safe storage, data backup and external media
- Synchronized video recording
- The eggo amplifier is a CE Class IIa medical device
Applications:
The eego sports pro’s practicality, portability, and high signal quality open the door to taking numerous applications that require rapid and non-intrusive EEG recording. Such applications include:
- Source localisation analysis compatible
- Neurofeedback
- NeuroErgonomics
- NeuroEconomics/NeuroMarketing
- NeuroEducation
- Augmented Cognition
- Brain-Computer Interfaces
- Biometrics
- Cognitive Stress or Workload Monitoring
- Psychological Research
- Sports Peak Performance Training
Zephyr BioHarness (3) and Zephyr BioPatch HP monitoring device (3)
The Zephyr BioHarness and BioPatch are wearable technology that provides a combination of compactness and comfort whilst recording physiological and biomechanical data. It is a customised solution for virtually any type of environment.
RB – 740 Response Pad by Cedrus (5)
In psychology studies and behavioural research, a response pad provides more precise reaction time (RT) data. RB-740 is the most popular and general-purpose model, suitable for the Likert scale, yes/no, and other types of experiments. Features include:
- Multimodal Support: Combine your study with EEG or eye tracking. Cedrus response pads support m-pod and StimTracker.
- Built-in Light Sensor Support: Record precisely the onset of visual stimuli and even have it reset the built-in timer.
- Customizable: Replace keytops with coloured ones. You can even display your instructions by printing and inserting paper under a clear top.
These response pads are designed to integrate with the Stim Tracker Quads but can be used more generally, too.
Power Lab 8/35 with GSR and Bio amplifiers (Including Lab Chart software)
The PowerLab 8/35 is a data acquisition device engineered to record precise, reliable, consistent data for research. The 35 Series PowerLabs are 16-bit, with a 400kS/s ADC, giving a maximum per channel sampling rate of 200 kS/s. Each channel has individual filters and noise reduction circuitry to minimize channel crosstalk and signal noise.
In addition to standard features, the 35 Series includes two analog outputs, a TTL trigger input, eight digital inputs, and eight digital outputs; the PowerLab 8/35 also has eight analog input channels – four of which can be used in differential mode.
Amongst other electro-physiological signals, the Power Labs are primarily used to record GSR, ECG, and mechanical pulse.
Stim Tracker Quad kit
StimTracker Quad kit (6)
Your EEG, GSR, ECG, mechanical pulse, and eye tracker data are vastly more useful if they include markers that tell you precisely when certain events occurred. StimTracker can detect the onset of these events and send them to several recorders simultaneously. The QuadKit includes the StimTracker Quad Unit with m-pod for ADI (6), m-pod for NIRx (6), m-pod for ANT Neuro (1), m-pod for Tobii Spectrum (1), RB-740 Response Pad. The Quad supports four outputs and has other features:
- Add a third m-pod: Send event markers to three recorders simultaneously with a 0ms delay between them.
- Add a fourth output: Occasionally, there will be an EEG, eye tracker, NIRS, or other research instrument with no compatible m-pod. A direct TTL output makes it easier to build a custom solution.
- Connect external switches or TTL Signals: Add custom switches or connect a PC’s parallel port.
- Voice key support: Plug any PC-compatible microphone to mark the onset of vocal responses.
- Use up to four light sensors
UVCleantech large and portable cabinets
The large cabinet for cleaning electrical and other equipment using ultra-violet light. This has broad cleaning capabilities, safely disinfecting laptops, tablets, AR, VR, XR, EEG headsets and other devices and accessories in 90-second cycle time.
The portable box is lightweight (8kg) with a fold-out carry handle, suitable for disinfecting equipment on-site during fieldwork.