iMotions LabMulti modal Human Factors and Ergonomics Analysis System Data Synchronization CollectionIt is a modular system whose core can integrate various biosensors and their corresponding modules. This multimodal approach aims to simplify human behavior research, integrating all processes from research design, stimulus presentation to data collection and analysis into a unified software suite, thereby promoting the development of human behavior research.
Design research using any combination of stimuli
IMotions allows you to use any type of stimulus in your research. The iMotions platform seamlessly integrates and synchronizes multiple biosensors, each providing different human perception, such as eye tracking EDA/GSR、 Electroencephalogram (EEG), electrocardiogram (ECG), and facial expression analysis. Easily integrate and synchronize different sensors from many independent vendors covering multiple modes.
Even more sensors can be added through the Lab Streaming Layer. Real time forwarding of data and importing external sensor/software data, andThrough APIReturn it to the platform.
We are not related to hardware and can integrate over 50 from more than 20 partnerssensor.
Suitable analysis method for you
Built in survey tool
IMotions software platform
Your research needs can be met
IMotions is a comprehensive analysis platform used for conducting highly effective research on human behavior. IMotions synchronously supports multiple biometric sensors to understand human behavior from multiple perspectives; For example, eye tracking, skin electrical signals (EDA/GSR), electroencephalography (EEG), electrocardiography (ECG), and facial expression analysis. IMotions aggregates all basic hardware technologies and their respective data into a consistent path for them to work synchronously.
● Reduce human errors caused by manual operations to synchronize data
● Significantly save the cost and time of manually synchronizing data
●Comprehensive support for sensors, including product types and suppliers
●Innovative solutions for research design, data analysis, and demonstration
●Accelerate the process of producing high-quality research reports and publishing articles
Eye tracking--How does it operate?
The near-infrared light from the camera is guided by the reflection of the subject's pupil and cornea. These reflexes (often referred to as pupillary central corneal reflex, PCCR) can provide information about eye movement and direction. Academic researchers use eye movement and gaze information to evaluate attention processes, compare group behavior, measure visual responses caused by stimuli, and so on.
Consumer brands use eye tracking to measure visual attention to key information in product advertising, display placement, brand positioning, and packaging design, in order to better understand customer experience and product performance.
Eye tracking visualization function--IMotions software provides eye tracking visualization functionality
Eye tracking provides a quantitative indicator of visual attention, including gaze replay, hotspot maps, target regions of interest, etc., objectively monitoring the visual landing point and corresponding time of subjects while viewing materials.
Facial encoding--What is it?
It is a significant emotional indicator on the human face. When we laugh or cry, we express our emotions, allowing others to understand our inner selves by reading key features on our faces.
Computer based facial expression analysis can effectively simulate human coding skills as it can capture unfiltered raw emotional responses triggered by any type of emotional content. These emotional states can be detected in real-time through fully automated algorithms using network cameras.
IMotions Facial Expression Analysis Module
Main functions:
The iMotions facial expression module integrates *'s automatic facial encoding engine, such as AFFDEX. Through a webcam, stimuli and facial emotions can be synchronized in real-time in iMotions software. If you have already recorded facial videos, you can easily import them into iMotions software for post production analysis. Use data analysis and visualization tools developed through iMotions for deeper analysis, or export data for more operations.
What is skin electric activity?
How does it operate?
Our level of emotional arousal varies with the environment we are in. If something is scary, threatening, joyful, or other emotion related, the subsequent changes in our emotional response will increase the activity of our exocrine sweat glands. This is the data captured by EDA/GSR devices when placed on hands or feet.
Skin electrical signals (EDA/GSR) are regulated by the autonomic nervous system, which controls many bodily response processes that can affect cognition and emotional behavior. Skin electrical signals are important indicators of emotional arousal, as they provide insights into the underlying physiological and psychological processes of the subject.
IMotions Skin Electrical Signal Module
Main Features
The iMotions skin electrical signal module integrates wired and wireless EDA/GSR devices from Shimmer, BIOPAC, and Empatica, allowing you to conduct research in laboratory or real-world environments based on the stimuli you choose. The software allows you to easily quantify these significantly increased arousal moments by visualizing data, automatically detecting peak values, exporting raw data and metrics.
Electroencephalogram (EEG) - Recording EEG signals
How does it operate?
Electroencephalogram (EEG) signals are recorded using electrodes placed on the surface of the scalp to capture electrical activity, which is then output as a series of brainwaves. Measuring the electrical activity of the brain is very useful because it reflects how many neurons in the brain communicate with each other through electrical pulses, and how they are associated with cognitive processes such as drowsiness/alertness, wakefulness/relaxation, proximity or avoidance.
The most essential feature of electroencephalogram (EEG) is its excellent temporal resolution. It can capture hundreds to thousands of snapshots of electrical activity in one second. This makes electroencephalogram (EEG) an ideal technique for studying the emotional processing behind cognition and behavior based on precise time axes.
IMotions EEG signal module
Key Features:
The iMotions EEG module enables researchers to conduct research smoothly and validate results faster. IMotions software is capable of connecting, recording, and real-time observing data and indicators from EEG sensors from different suppliers. It is a complete EEG experimental tool that covers calibration, stimulus presentation, and result export. In addition to viewing all channels, signal strength, and signal quality, different frequency band power values (Power Spectral Density), Frontal Asymmetry, and other indicators can also be exported.
Electroencephalogram (EEG) - Recording EEG signals
How does it operate?
Electroencephalogram (EEG) signals are recorded using electrodes placed on the surface of the scalp to capture electrical activity, which is then output as a series of brainwaves. Measuring the electrical activity of the brain is very useful because it reflects how many neurons in the brain communicate with each other through electrical pulses, and how they are associated with cognitive processes such as drowsiness/alertness, wakefulness/relaxation, proximity or avoidance.
The most essential feature of electroencephalogram (EEG) is its excellent temporal resolution. It can capture hundreds to thousands of snapshots of electrical activity in one second. This makes electroencephalogram (EEG) an ideal technique for studying the emotional processing behind cognition and behavior based on precise time axes.
IMotions EEG signal module
Main Features
The iMotions EEG module enables researchers to conduct research smoothly and validate results faster. IMotions software is capable of connecting, recording, and real-time observing data and indicators from EEG sensors from different suppliers. It is a complete EEG experimental tool that covers calibration, stimulus presentation, and result export. In addition to viewing all channels, signal strength, and signal quality, different frequency band power values (Power Spectral Density), Frontal Asymmetry, and other indicators can also be exported.
eye tracker
AI-X DesktopEye trackerThe Smart Eye
The Smart Eye AI-X is the next-generation product of the Smart Eye series of compact high-performance eye trackers, designed specifically for screen based eye tracking research in marketing, user experience, and media fields (with screens up to 24 inches).
Our extensive experience in the automotive industry has made us realize the importance of providing high-performance solutions in an economically efficient manner. We have integrated this knowledge and 20 years of eye tracking experience into the development of AI-X, making it a high-performance eye tracker that is highly suitable for large-scale studies involving numerous subjects.
AI-X is compact in size, making it easy to move your research and investigation out of the laboratory and turn it into a portable laboratory. Simply connect AI-X to your laptop to take your research to where the participants are located. The design of AI-X allows you to easily switch between different projects, screens, and scenes.
Its built-in high-definition sensor can clearly capture the dynamics of test participants regardless of lighting conditions. The frame rate of this eye tracker can reach up to 60 Hz.
camera type |
Artificial Intelligence-X |
sampling rate |
60 Hertz |
Excellent Camera - Eye Distance |
45 – 85 centimeter |
Head box |
35 x 30Centimeters, distance 65 centimeter |
Tracking accuracy |
Title: Rotation0.5Degree (under ideal conditions) |
Maximum screen size |
24”（16:9Aspect ratio |
size |
268 x 13 x 32Millimeters (width, height, depth) |
weight |
147g |
output data |
The outputs of fixation point, pupil diameter, and timestamp are all binocular data, accompanied by relevant quality indices |
Recovery time (flashing)/Staring) |
1 Frame (immediate) |
Installation Type |
On the screen (with mounting plate) |
delay |
25 Milliseconds from camera exposure |
Eye tracking principle |
Pupil dark area and corneal reflex |
runtime environment |
Indoor (all lighting conditions) |
Integrated support |
Remote control and programming guide to support integration of analysis tools, simulators, etc. |
cable length |
2 rice |
camera interface |
USB 3.0 |
operating system |
Windows 10 |
Wearable eye tracker
A standard adult sized eyeglass frame, equipped with a diopter lens, with a refractive power ranging from -3 to+3, in increments of 0.5.
Suitable for wearers who require vision correction. The frame is equipped with a replaceable prescription lens set. Safe magnetic connection allows for quick replacement of lenses.
Machine learning driven eye tracking system.
A standard adult sized eyeglass frame with prescription lenses, with a refractive power ranging from -3 to+3, in increments of 0.5.
Android devices used for real-time gaze estimation, wearer management, recording, and real-time streaming.
Including a 30 minute onboarding video call.
Eye tracking glasses for research and other purposes
Pupil Labs is working hard to make eye tracking simple.
Their goal is to accelerate the development of eye tracking technology to address real-world challenges, so that any researcher or entrepreneur can add eye tracking technology to their next research, prototype, or product.
Neon aims to provide impetus for scientific research and achieve applications beyond today's possibilities.
Neon eliminates the barriers of traditional eye tracking. It is easy to use: no setup, no calibration required. NeonNet is a deep learning gaze estimation process that can provide you with data quality even under harsh conditions. This software is designed for users from zero code to professional code.
Model Name |
I can see it very clearly now |
accuracy |
Accuracy: When not calibrated 1.8 Degree, offset corrected 1.3 degree |
eye tracking |
Real time neural network |
Binocular eye tracking |
Yes |
calibration |
No calibration needed |
Sliding point compensation |
Slip invariance. Driven by deep learning. |
Scene camera |
1600 x 1200 @30 HzLevel:132°, Vertical:81° |
Eye camera: |
2 xInfrared camera;192 x 192 @200 Hz |
Inertial measurement unit |
Accelerator, magnetometer, gyroscope |
microphone |
dual microphone |
Battery recording time |
as long as 4 Hour;25+Hour by hour recording storage |
cable |
USB-C |
computing device |
Mobile computing device: MotorolaEdge 40 Pro |
real-time data |
The two-dimensional fixation point in the coordinate system of the scene camera, with a frequency of200 HzComplete head posture, accelerometer and gyroscope data, frequency:110 HzInfrared eye video displaying the fused eye area at a frequency of200 Hz.RGBScene video, frequency:30 Hz. |
ex-post data |
Gaze and blink data; Pupil measurement data and eye condition (available in the pupillary cloud) |
Frame material |
PA12Nylon,CNCProcessing anodized aluminum |
frame size |
tall54 xwide143 xdeep135 xwide 21 millimeter |
Lens size |
long46 xlength and width52 millimeter |
weight |
48gram |
GSR measuring equipment
Shimmer3 GSR+Set GSR Measuring Equipment
Shimmer3 GSR+(skin conductance response) monitors the skin conductivity between two reusable electrodes connected to two fingers of one hand. Stimulation can make sweat glands more active, thereby increasing skin moisture by altering the balance of positive and negative ions in secretions (increasing skin conductivity), making it easier for electricity to flow.
When an optical pulse probe is added, the Shimmer3 GSR+device can also provide photoelectric volume maps from fingers, earlobes, or other parts of the body
Shimmer is a widely used and trustworthy product with a long publishing history.
Why choose Shimmer3 GSR+?
Reliable system
Verified for biomedical oriented research applications
Developers use a measurement range controlled by four numbers to ensure accurate measurements
Gain selection can be hard coded or manually selected
Phase conductance can be observed based on the baseline level of skin conductance
Real time data collection, display, and storage
Provide pre amplification of GSR signals, convert them to digital format, and directly transmit them to the host device without the need for an intermediate receiving unit.
Provide real-time physiological data collection and transmission to the host PC for real-time display and storage
Real time LabVIEW driver and support library for specific application analysis and software interface development
Lightweight and wearable devices
Shimmer GSR is designed as a wearable device that solves mobility challenges and provides high-quality, scientifically reliable data as a wireless transmitter or autonomous data logger
Shimmer GSR breaks free from wired constraints and provides comfortable, stress free solutions for athletes, children, the elderly, and disabled patients
The compact and lightweight (28 grams) design allows the device to be worn on any body part for comprehensive exercise in all types of tasks or workouts without affecting its movement, technique, or exercise mode
Adaptability (wired and wireless)
Higher ergonomic value than large wired devices
Easily combine GSR data with Shimmer's integrated accelerometer to obtain more contextual information
Easily integrate GSR data with the full range of Shimmer biophysical, motion, and environmental sensor modules
Utilize Shimmer3 functionality
MSP430 microcontroller (24MHz, MSP430 CPU)
Bluetooth Radio - RN-42
Integrated 8GB micro SD card
450mAh rechargeable lithium-ion battery
Low profile and stylish wearable shell
Highly configurable to meet the specific needs of users/developers
model |
Shimmer3 GSR |
number of channels |
通道GSR(Simulation) |
measurement range |
10kΩ-4.7MΩ（.2uS – 100uS）+/- 10%.22kΩ-680kΩ（1.5-45uS）+/- 3% |
frequency range |
direct current-15.9Hz |
Input protection |
RF/EMIFiltering and current limitation |
input |
2 A hospital level1mmanti-touchIEC/EN 60601-1 DIN42-802socket |
auxiliary input |
through 3.5 millimeter 4 Position socket for 2 Channel analog input (input voltage range)= 0..3.0V） |
Recommended Bluetooth adapters |
Kensington K33956AM USB 2.0Bluetooth 4.0(Please make sure to disable the internal Bluetooth of the machine) |
EEG measurement
Neuroelectricity Enobio8
Enobio ® It is a wearable wireless electroencephalogram (EEG) sensor system used to record electroencephalography (EEG). Enobio 8 features a unique neural cap, making it an ideal choice for off laboratory applications.
The Neuroelectrics Enobio 8 EEG earphones are compatible with iMotions EEG modules.
Accurate digital signal
Enobio 8 has high dynamic resolution (24 bits, 0.05 uV) and sampling rate, making it one of the most accurate systems in its class. It provides a bandwidth of 0 to 125 Hz. This software can integrate tags from external data sources through LSL, TCP, or hardware triggers. All data is stored with sampling accuracy. This flexible device can record accelerometers, electrocardiograms (ECGs), and electromyography (EMG) according to the configuration you are interested in.
Simple and flexible dry or wet settings
Enobio 8 can easily set up 8-channel EEG recording. It only takes 1-2 minutes to use the dry electrode and 8-12 minutes to use the gel electrode. The flexible head cover design and electrode combination allow you to flexibly adjust the head mounted device according to application needs, whether it is high-density disposable electrodes used by Linchuang or sturdy and durable dry electrodes used outside the laboratory, it can easily complete recording.
Wireless and true mobility
Our lightweight and portable high-density Enobio 8 device is equipped with a rechargeable battery with a battery life of 6.5 hours and supports wireless data transmission (within 10 meters of the computer running the control software NIC2). SD card recording (dynamic electrocardiogram mode) supports up to 19 hours of mobile experiments without the need to connect to a computer.
Lifetime customer support and multiple warranty options
By purchasing Enobio 8, you become a member of the Neuroelectrics family. We will provide you with free customer support and one-on-one expert assistance to carefully care for you and your equipment. The gold medal warranty option provides a 5-year warranty for your device and exclusive temporary device replacement service.
Enobio 8 products include the following essential items:
