ScienceBeam eWave Plus
ScienceBeam Product
eWave Plus
Advanced Multi-Channel EEG & Biosignal Acquisition System
Professional 32, 64, and 128-channel EEG and biosignal acquisition system for neuroscience research, ERP, BCI, and clinical applications.
Product Overview
Built for research precision and clinical flexibility.
eWave Plus is a professional multi-channel biosignal acquisition system designed for research projects, neuroscience studies, hospital monitoring, and real-time processing. Available in 32, 64, and 128-channel models, it supports high-precision recording of EEG, EMG, ECG, and EOG signals. With ERP support, MATLAB and Simulink integration, BCI compatibility, and peripheral device connectivity, eWave Plus is a complete research and clinical platform.
Multi-Channel Architecture
32, 64, and 128 channels for advanced research and High-Density EEG
Real-Time Processing
Full integration with eLife for simultaneous data processing and analysis
Advanced ERP System
Precise ERP with minimal latency and real stimulus-timing capture
Research & Clinical Ready
Suitable for academic, neuroscience, hospital, and clinical studies
BCI Compatible
Compatible with Smart Box and Brain Computer Interface projects
Portable & Wireless
Lightweight design with internal battery and USB/WiFi connectivity
Supported Applications
One platform for clinical, cognitive, and translational neuroscience.
Clinical EEG
High-quality EEG for medical and hospital environments.
ERP Research
Low-latency event-related potential recording.
Cognitive Neuroscience
Advanced cognitive study capabilities.
Brain Mapping
High-density mapping and source localization.
BCI Systems
Brain Computer Interface development via Smart Box.
Neurofeedback
Real-time neurofeedback training protocols.
Simultaneous EEG-fNIRS
Combined electrical and hemodynamic recording.
High Frequency Oscillation Recording
HFO detection for epilepsy research.
TMS / tDCS Studies
Simultaneous EEG with brain stimulation.
Clinical Application
Clinical & Hospital EEG
eWave Plus enables high-quality EEG recording for medical and hospital environments. The system is suitable for diagnosing neurological disorders, patient monitoring, and brain data analysis. Data can be easily imported into software such as MATLAB, EEGLAB, and LABVIEW for specialized processing and research.
- Neurological disorder diagnostics
- Continuous patient monitoring
- MATLAB / EEGLAB / LABVIEW export
- Hospital-grade signal quality
ERP Research
High Precision ERP Recording
The ERP system of eWave Plus uses a dedicated monitor sensor to capture the real stimulus onset time, minimizing the timing error of traditional systems. This enables ERP recording with very low latency and high accuracy for cognitive research and neuroscience.
- Near-Zero Latency
- Accurate Stimulus Timing
- Research-Grade ERP
- Dedicated stimulus sensor
Brain Stimulation Studies
Simultaneous EEG with TMS & tDCS
eWave Plus is designed for simultaneous EEG recording alongside TMS and tDCS, reducing stimulation artifacts and enabling advanced brain stimulation studies. Ideal for neuroplasticity research, brain stimulation, and cognitive studies.
- Artifact reduction from stimulation
- Neuroplasticity research ready
- TMS-compatible EEG recording
- tDCS-compatible EEG recording
Advanced Signal Capture
High Frequency Oscillation Recording
Thanks to high sampling rates, 24-bit resolution, and excellent signal-to-noise ratio, the device supports recording of High Frequency Oscillations (HFO) in epilepsy and ECoG studies.
- High sampling rate support
- 24-bit resolution
- Superior signal-to-noise ratio
- Epilepsy & ECoG research
eLife Software
Software & Plugin Compatibility
Full compatibility with research and engineering software for processing, analysis, and development of neuroscience algorithms.
BCI Development
Brain Computer Interface (BCI)
Using Smart Box and the eBridge environment, eWave Plus enables the development of BCI systems based on MATLAB and Simulink.
- Equipment control
- Rehabilitation projects
- Neuroscience research
- Communication systems for patients
Multimodal Research
Simultaneous EEG & fNIRS
Simultaneous recording of EEG and fNIRS enables combined analysis of electrical brain activity and cerebral blood oxygenation changes, providing a more complete picture of brain function.
- Combined electrical & hemodynamic data
- Enhanced brain function mapping
- Research-grade synchronization
Technical Specifications
Detailed system specifications for advanced EEG and biosignal acquisition.
- Channels
- 32 / 64 / 128
- Resolution
- 24-bit
- Sampling Rate
- 1000 Hz / Channel
- Max Sampling Rate
- Up to 15000 Hz (USB)
- Digital Inputs
- 4 Trigger Inputs
- Amplifier Type
- DC Differential
- Bandwidth
- 200 Hz
- Input Impedance
- 10¹² Ω
- Noise Level
- < 0.5 μVrms
- Connectivity
- USB / WiFi
- Power Supply
- 5V USB / Lithium Battery
- Battery
- Rechargeable Lithium
- Resolution
- 24-bit
- Noise Level
- < 0.5 μVrms
- Input Impedance
- 10¹² Ω
- Bandwidth
- 200 Hz
- Dimensions
- 120 × 41 × 120 mm
- Weight
- 318 g
- Standards
- CE / ISO 13485 / ISO 9001
Next Step
Ready to Advance Your Research?
Contact our team to learn how eWave Plus can power your next neuroscience or clinical study.
Ready to Advance Your Research?
Contact our team to learn how eWave Plus can power your next neuroscience or clinical study.