High-density EEG and multimodal integration.
We advise on equipment selection and acquisition, from individual systems to multimodal configurations.
EGI EEG in France · Exclusive distribution in Spain and Portugal
Saline or gel electrodes, depending on the system and configuration. Explore the brain's electrical activity illustrated on the model, then hover over an electrode to display its EEG signal.
Educational animation · simulated signals, no real acquisitionThe coil and EEG are shown together. EEG traces are illustrative: they do not predict stimulation responses or artefacts.Click the coil to pick it up, then click again to place it. Drag elsewhere to rotate the model.
Light diffuses from source to detector through a banana-shaped volume. Hover over an optode to explore simulated HbO and HbR changes.
Source-detector ≤ 3 cm · schematic depth, not guaranteedHover over the brain to discover its regions, or choose a technology: electrical activity with EEG, light and oxygenation with fNIRS.
A model to explore. Technologies to discover.fNIRS: coloured light paths illustrate diffusion through tissue, not visible rays or exact photon trajectories. The scalp and skull are not represented anatomically; the cortex becomes translucent for the demonstration. Depth is capped at 3 cm in this simulation; this is not a device measurement specification. The 16 sources and 16 detectors do not represent 256 independent channels: only neighbouring pairs are illustrated. Principle: Understand the principle of fNIRS.
The EEG demonstration shows a schematic electrode arrangement around the cortex on a simplified scalp surface. Neurons and their connections are stylised and enlarged. Colours and traces are synthetic and represent neither real acquisition nor calculated source localisation.
Educational anatomical model. The exploded view separates structures for easier observation; it does not represent their natural positions.
Geometry: Z-Anatomy / BodyParts3D, © DBCLS and contributors, via Brain Project. Model licensed under CC BY-SA 4.0. Structures, materials and interactions adapted for Gaze Intelligence. Download the adapted model.
Functional references: Johns Hopkins Medicine. Simplified explanations for introductory learning.
Equipment advice
System sales
Integration and training
Technical support
High-density EEG, magnetic stimulation or TMS–EEG integration: choose an individual system or a solution combining both. EGI EEG in France, Spain and Portugal; standalone TMS in France.
MagstimEGI
Equip your laboratory to record brain electrical activity. We help you choose the system, sensor nets and software for your recordings.
Magstim · TMS
TMS solutions for neuroscience. We advise on stimulators, coils and accessories to suit your equipment project.
Magstim TMS × EGI GES 500
Combine magnetic stimulation with high-density EEG in one setup. Hardware and software integration to study the brain’s response to stimulation.
The EGI GES 500 and Magstim TMS systems bring together high-density EEG acquisition and magnetic stimulation, with a shared interface in Net Station 6.
Magstim TMS × EGI GES 500 · Net Station 6
The YouTube player loads only after you click. Watch on YouTube ↗
Control EEG recording and TMS stimulation from a shared interface to simplify your experiments.
Communication between the systems links EEG events to TMS pulse onset to support subsequent analysis.
The integration is designed to limit stimulation artefacts and shorten EEG signal recovery time after each pulse.
Research setup: we review the models, sensors, options and software versions suited to your protocol with you.
Historical references · names and logos from the time of collaboration.
Combining several measurements in one protocol? We select equipment with you and assess interfaces, triggers and synchronisation.
Discuss your configurationCombine electrical recording and stimulation in a configuration compatible with your protocol.
Link brain measurements with gaze data and experimental events.
Complement recordings with optical and other physiological signals according to project needs.
EEG + TMS demonstration at FENS 2026 in Barcelona: an opportunity to discuss research needs and experience the equipment in practice.
View Gaze Intelligence’s LinkedIn post ↗Equipment is part of a project. We help you choose it, integrate it and learn to use it.
Your planned recordings, participants, budget and existing equipment.
A reasoned selection and a configuration suited to your use.
Support in learning to use your system and software.
A technical contact for your questions and changing needs.
HD-EEG training at CHU d’Orléans with our partner Mindig: net-fitting demonstration, system presentation and discussion with participants.
A practical example of supporting teams in using their equipment.
View the training example on LinkedIn ↗Experiences of our availability and support. Read the original texts and their translations on our testimonials page.
“His continued support, even after returning to his country, was exceptional.”
A replacement system was provided within two days during a driving simulator study.
“Always ready to help, to answer questions and to loan equipment when needed.”
Excerpts from the original English testimonials. Read the original testimonials →
A high-density EEG system, TMS or several devices working together?
Let's discuss your needs, constraints and budget.
Website language does not determine the sales country. Terms depend on the installation country and requested configuration.
Adding an accessory or several items does not by itself constitute a multimodal solution. Describe the modalities to synchronise and the scientific objective.
