Budgets for traditional systems
Clinical EEG systems cost as much as a complete laboratory and require a full-time specialist for setup. Research headsets cover most applied tasks for a fraction of that cost — and without staff requalification.
Industry solution
12-month warranty
Support in Russian
EEG equipment for scientific research
Publishable data without million-dollar budgets: wireless EEG systems for psychophysiology, cognitive science, ergonomics, and BCI prototypes.
Official Emotiv supply
Delivery across Russia
Training and support
14–32 channelsaccording to the international 10–20 system
up to 512 Hzsampling rate, up to 24 bits
thousands of publicationsresearch on the Emotiv platform worldwide
LSL, Python, MATLABopen integrations and data export
Industry tasks
What EEG tasks are solved in the 'Science and Research' industry
Each industry task has a specific solution: what the neurointerface provides and why it works here.
Long subject preparation
Gel, abrasive pastes, head washing after a session — up to half an hour per participant. Saline and dry sensors are applied in minutes, so you can conduct many more sessions per day.
Laboratory integration
Behavior in a shielded room doesn't translate well to real life. Wireless recording works in a classroom, museum, factory, and open spaces — the ecological validity of the experiment increases.
Closed data formats
Recordings export to CSV/EDF, stream via LSL, and are accessible via API—data belongs to you. Process them in Python, MATLAB, or R with familiar libraries without 'black boxes'.
Equipment
Recommended devices for 'Science and Research'
We've selected configurations that most often address industry tasks — with transition to full specifications and photos.
EEG headsetEPOC X
The workhorse of applied research: 14 channels on the 10–20 system, 128/256 Hz sampling, saline felt sensors, and the largest publication database.
Features and photos →
EEG headsetEPOC X PRO
Premium signal quality: 16 channels, 24 bits, active amplifiers against artifacts, Wi-Fi 6 and built-in memory for 8+ hours of field recording.
Features and photos →
EEG headsetFLEX
Maximum flexibility: up to 32 channels, gel or saline sensors, time-locked parallel recording of EEG, ECG, EMG, and EOG in multimodal protocols.
Features and photos →Use case
Use cases
Cognitive research
Attention, working memory, cognitive load, decision-making: EEG rhythm dynamics and ready-made state metrics for each paradigm stage.
Event-related potentials (ERP)
P300, N400, error negativity and SSVEP: stimulus markers are written to the data stream, processing is done by familiar averaging pipelines.
BCI and neurocontrol
Brain-computer interface prototypes: from motor imagery classification to P300 spellers, with SDK for Python and Unity.
Hyperscanning — paired experiments
Synchronized recordings of two or more participants in dyadic tasks: negotiations, joint training, team interaction.
Field and range studies
EEG recording outside the laboratory — in transportation, production, sports venues, and urban environments thanks to battery autonomy.
Educational laboratory workshops
Student laboratory works in neurophysiology and psychophysiology: theory is reinforced with one's own brain rhythms.
Benefits
What you get from implementation
Six measurable benefits: from startup speed to data quality and Russian-language support.
Research-grade at a reasonable budget
14–32 channels, sampling up to 512 Hz and resolution up to 24 bits meet the requirements of most application protocols — without the price of a stationary EEG.
Full access to raw EEG
Export to CSV and EDF, streaming via LSL, REST/WebSocket API — no 'black box'. The methodologist has access to the full signal, not just ready-made reports.
Synchronization with external events
Stimulus markers, LSL compatibility, and pairing with eye-tracking, ECG, and other modalities — multimodal protocols are assembled without custom electronics.
Wireless and mobile
Bluetooth and Wi-Fi range, up to 9 hours of autonomy (EPOC X), and 8+ hours of memory (EPOC X PRO) — experiments move out of the Faraday cage into the field.
Ready-made metrics and raw data simultaneously
Quick insights — with standardized Emotiv metrics, deep analysis — with the raw signal. Both levels are available in a single recording.
Methodological support in Russian
We'll configure the setup for your protocol, help with recording and export settings, and train your staff — support and documentation in Russian.
How to start
How implementation works
1
Consultation
Describe your task: in 10 minutes, we'll select the model, software, and configuration for your industry's scenario.
2
Quote and delivery
Quote request — within a business day. Delivery throughout Russia, 12-month warranty.
3
Implementation and training
We set up software and integrations, train your team in Russian: first recordings already on the day of delivery.
4
Support and development
We support protocols and data, help scale implementation from pilot to production.
FAQ
Frequently asked questions about EEG in the 'Science and Research' industry
Is Emotiv suitable for serious scientific research and publications?
Yes. The platform is used in thousands of peer-reviewed publications worldwide—from psychophysiology to BCI. For protocols with high artifact requirements, we recommend EPOC X PRO (24 bits, active amplifiers) or FLEX (gel sensors, up to 32 channels).
How many channels do I need for my research?
For state metrics and simple paradigms, 5–8 channels are sufficient; for topographic analysis and ERP with the 10–20 system, 14–16; for multimodal and clinically oriented protocols, up to 32. Describe your task—we'll suggest a configuration in one call.
In what format are data exported?
Raw EEG exports to CSV and EDF, ready metrics—in tabular format. Software interfaces (Cortex API, LSL) allow writing data to custom pipelines in Python, MATLAB, or C++.
Can EEG be synchronized with stimuli and other equipment?
Yes: events are marked in recordings via EmotivPRO and Cortex API, with LSL streaming available to integrate with stimulation environments, eye trackers, and other devices. Synchronization accuracy depends on the protocol — we'll help you choose the right setup.
How do saline sensors differ from gel ones?
Saline (EPOC X) headsets are applied in minutes and suitable for large participant flows, but require wetting and are limited for marathon sessions. Gel (FLEX) headsets take longer to prepare but provide a more stable signal for long recordings and are resistant to movement.
Will you help with team training and protocol implementation?
Yes. The supply includes training on software and recording, assistance with export setup and synchronization, consultations on methodology. Support in Russian on business days.
Emotiv equipment is not a medical device and is intended for research, development, and wellness scenarios. Device names belong to their respective owners.
We'll find a solution for your industry-specific task
We will send a quote with configuration, prices, and timelines — within one business day. Or call: a consultation takes 10 minutes.