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Combining inertial reflex sensors, algorithms and biomechanics, GaitUP GO solutions clinically validated motion analytics covering all major gait and balance tests. Giving wearables the precision of motion labs, it delivers the need for everyday clinical use through a simple app.
Currently deployed throughout the world in major centers that work with patients who care for stroke, Parkinson's disease and multiple sclerosis, most tests are performed under direct supervision. However, some can be performed independently with the data available for further analysis. It also tests which makes it ideal for use in geriatrics (eg adults living at home), orthopedics (eg arthrosis and knee arthroplasty) and sports medicine.
The EEG Caps, developed by Mind Media for the NeXus ecosystem, are professional caps designed to make electroencephalography (EEG) signal acquisition more organized, consistent, comfortable, and efficient.
Featuring predefined electrode positions, flexible materials, and configurations for multichannel EEG acquisition, the caps simplify preparation for EEG, neurofeedback, qEEG, neurophysiology, and research applications. Different models are available for compatible NeXus acquisition systems.
Standardized Electrode Positioning
One of the main advantages of EEG Caps is the standardized positioning of electrodes according to the internationally recognized 10–20 electrode placement system.
This predefined distribution helps reproduce electrode positions across different sessions and users, contributing to greater consistency in EEG acquisition.
Compared with placing multiple electrodes individually, an EEG Cap provides an organized structure that can significantly simplify the preparation of multichannel EEG configurations.
Multichannel EEG Acquisition
Mind Media EEG Caps are designed to support professional multichannel brain activity acquisition.
Compatible full EEG Cap configurations can provide 19 EEG channels, together with 2 reference electrodes and 1 ground electrode, for a total of 22 integrated sintered electrodes.
This configuration enables simultaneous recording from multiple scalp locations in an organized and standardized format.
22 Integrated Sintered Electrodes
The 19-channel EEG Caps incorporate 22 integrated sintered electrodes, distributed as:
- 19 EEG channels;
- 2 reference electrodes;
- 1 ground electrode.
Because the electrodes are integrated into the cap structure, the need to manually position each individual electrode is reduced, helping streamline preparation for multichannel EEG acquisition.
With appropriate use, cleaning, and maintenance, the cap and its electrodes are designed for repeated professional use.
Individually Shielded Channels
Signal quality is a fundamental consideration in EEG acquisition because brain electrical signals have relatively low amplitudes and can be affected by environmental interference.
For this reason, the channels in compatible Mind Media EEG Caps are individually shielded.
This construction is designed to help reduce electrical interference and artifacts associated with cable movement, contributing to more consistent EEG recordings.
Reduced Noise and Motion Artifacts
EEG signals can be affected by electrical noise, movement, and other sources of interference.
The individually shielded channel architecture helps minimize electrical noise and cable movement artifacts during acquisition.
This is particularly important in multichannel configurations where numerous EEG signals are recorded simultaneously.
Integrated Electrode Positioning System
The EEG Caps use an integrated structure designed to help keep the electrodes properly positioned against the scalp.
Small internal rubber components help maintain electrode positioning while also helping control the conductive gel used during preparation.
This architecture supports more consistent electrode contact and simplifies the practical setup of multichannel EEG sessions.
Designed to Reduce Unwanted Gel Leakage
Conductive gel is commonly used to establish appropriate electrical contact between EEG electrodes and the scalp.
The internal electrode design of the EEG Caps helps contain the conductive gel around the electrode area, reducing unwanted leakage during preparation and acquisition.
This can make multichannel EEG preparation cleaner and more manageable while supporting reliable electrode contact.
Flexible and Comfortable Material
EEG Caps are manufactured using flexible and comfortable materials that allow the cap to adapt to the shape of the user's head.
Comfort is especially important during longer EEG, neurofeedback, or research sessions.
A properly selected cap size also helps maintain the intended electrode positions throughout the recording.
Multiple Sizes
To accommodate different head circumferences, full EEG Caps are available in multiple sizes:
- Small: 50–54 cm;
- Medium: 54–58 cm;
- Large: 58–62 cm.
Selecting the appropriate size contributes to proper cap fit, electrode positioning, user comfort, and consistent contact with the scalp.
Fast and Simplified Setup
EEG Caps are designed to make EEG preparation faster and more practical.
Because the electrode positions are predefined within the cap structure, professionals can reduce the amount of time required to organize multichannel EEG configurations.
This is particularly useful in environments where multiple EEG sessions are performed and consistent electrode positioning is required.
EEG Cap for NeXus | Q24 and NeXus | 32F
Mind Media provides an EEG Cap configuration designed for compatible NeXus | Q24 and NeXus | 32F systems.
This configuration provides:
- 19 EEG channels;
- 2 reference electrodes;
- 1 ground electrode;
- 22 integrated sintered electrodes;
- Individually shielded channels;
- Multiple cap sizes;
- Flexible and comfortable construction.
The appropriate EEG Cap adapter must be used according to the selected NeXus acquisition system.
EEG Cap for NeXus | Q32
A dedicated EEG Cap is also available for the NeXus | Q32.
This version provides a similar configuration with 19 EEG channels + 2 references + 1 ground, for a total of 22 integrated sintered electrodes.
The Q32 EEG Cap also features individually shielded channels and is available in Small, Medium, and Large sizes.
Selecting the correct cap and system-specific accessories is essential to ensure compatibility with the NeXus | Q32.
Integration with the NeXus Ecosystem
EEG Caps are designed for integration with professional NeXus acquisition systems, allowing multichannel EEG recordings to become part of the broader NeXus workflow.
Depending on the selected model and adapter configuration, EEG Cap solutions are available for systems including NeXus | Q24, NeXus | Q32, and NeXus | 32F.
This integration enables EEG Caps to be incorporated into professional neurofeedback, qEEG, neurophysiology, and research configurations.
EEG and Neurofeedback
EEG Caps can be used as part of professional EEG and neurofeedback configurations.
By providing standardized scalp positions and simultaneous multichannel acquisition, the caps enable brain electrical activity to be recorded from multiple locations in an organized manner.
This can be especially valuable in protocols where repeatable electrode positioning and efficient preparation are important.
qEEG Applications
The standardized electrode distribution and multichannel architecture also make EEG Caps suitable for configurations involving quantitative EEG (qEEG), depending on the acquisition system, software, and protocol used.
Simultaneous recording from multiple scalp locations provides the EEG data required for different forms of quantitative analysis.
The standardized electrode layout also supports consistency when recordings need to be compared across sessions.
Neurophysiology and Research
In addition to EEG and neurofeedback, EEG Caps can be incorporated into neurophysiological, psychophysiological, and scientific research protocols.
Standardized electrode positioning helps reproduce acquisition configurations across different sessions, while multichannel recording allows electrical activity from multiple scalp locations to be acquired simultaneously.
These characteristics make EEG Caps useful for structured brain activity research and professional EEG acquisition.
Repeated Professional Use
The cap and integrated electrode architecture are designed for repeated use when properly handled, cleaned, and maintained.
This makes EEG Caps suitable for professional environments where EEG recordings are performed regularly.
Appropriate maintenance of the electrodes, cap, cables, and connectors is important for preserving both equipment durability and signal quality.
Key Features
- Professional caps for EEG acquisition;
- Standardized electrode positioning based on the International 10–20 System;
- Designed for multichannel EEG acquisition;
- Compatible configurations with 19 EEG channels + 2 references + 1 ground;
- 22 integrated sintered electrodes;
- Individually shielded channels;
- Designed to reduce electrical interference;
- Helps minimize cable movement artifacts;
- Integrated system designed to maintain electrode positioning;
- Structure designed to help control conductive gel;
- Flexible and comfortable material;
- Fast and simplified EEG preparation;
- Multiple sizes available;
- Head circumference options from approximately 50 to 62 cm;
- Models for NeXus | Q24, Q32, and 32F;
- Professional integration with the NeXus ecosystem;
- Suitable for EEG, neurofeedback, qEEG, neurophysiology, and research applications.
Applications
EEG Caps can be incorporated into applications involving:
- Electroencephalography (EEG);
- Multichannel EEG acquisition;
- Neurofeedback;
- qEEG;
- Brain activity monitoring;
- Neurophysiology;
- Psychophysiology;
- Scientific research;
- Brain activity research;
- Professional EEG assessment;
- Brain-training protocols.
The combination of standardized positioning, multichannel acquisition, comfort, and efficient preparation allows the caps to support a wide variety of professional EEG workflows.
Standardized EEG Acquisition
One of the main practical benefits of an EEG Cap is the ability to create a more standardized acquisition setup.
Instead of manually determining each electrode location during every session, the cap provides predefined positions based on the established electrode placement system.
This helps streamline preparation and improves repeatability when performing multiple recordings with the same protocol.
Comfort and Efficiency for Professional EEG
User comfort and preparation efficiency are particularly important during longer EEG sessions.
The flexible cap construction helps provide an appropriate fit, while the integrated electrode architecture reduces the complexity of preparing multiple acquisition points individually.
Together, these characteristics provide a practical solution for professional environments requiring multichannel EEG acquisition.
Professional Multichannel EEG Acquisition
The EEG Caps from Mind Media provide a professional solution designed to make electroencephalographic acquisition more organized, comfortable, consistent, and efficient.
With predefined electrode positions based on the 10–20 system, multichannel configurations, integrated sintered electrodes, individually shielded channels, and multiple size options, the caps help simplify EEG preparation while supporting high-quality professional acquisition.
Their integration with different NeXus systems makes them suitable for a broad range of EEG, neurofeedback, qEEG, neurophysiology, psychophysiology, and research applications.
EEG Caps — standardized electrode positioning, professional multichannel EEG acquisition, user comfort, and seamless integration with the NeXus ecosystem.
Contact our team for more information about available sizes, NeXus | Q24, Q32 and 32F compatibility, EEG Cap adapters, accessories, configuration, and commercial conditions.