NVX 72/136/272 EEG Amplifier

A portable and battery-powered EEG amplifier that meets CE medical EEG standards. Designed for use across various healthcare settings from outpatient clinics to the ICU, enabling diagnostic reach to new patient populations. The device is durable with IP22 rating, requires zero calibration, and delivers consistent results over long periods of use.

Mobile EEG amplifier system for clinical and research applications, offering 8-256 channel configurations with high-density electrode support. Designed for neuroscience studies, sleep monitoring, BCI applications, and real-time brain activity assessment. Features compact, rugged construction enabling point-of-care and field deployment with exceptional signal quality and reliability.

The ExG-32 electroencephalograph is specifically designed for routine diagnostics and is ideal for use in any neurology department. Equipped with one of the most advanced 32-channel amplifiers in the world and a wide range of additional modules (including video, aEEG/CFM, ERP, VEP, CSA, DSA, FFT and many more), it provides comprehensive neurological diagnostic capabilities for patients. Due to its non-invasive nature and high sensitivity, EEG is a valuable tool in brain research, as well as in the diagnosis and monitoring of various neurological disorders. Additionally, the amplifier enables wireless connection with the central unit of the device and allows the attachment of additional channels, such as saturation (SpO2 or patient button). It also provides impedance measurement directly on the amplifier using LED indicators. If a wireless connection is not necessary, we can use the USB connection, which has been proven successful for years. The device is designed and manufactured in Poland.

Low-cost, smartphone-pairable EEG amplifier with novel cap system for remote neurological diagnostics and monitoring by minimally trained workers.

Electroencephalography system with 36-channel configuration for neurological diagnostics. Features high sampling rate and signal quality for clinical EEG measurements in neurological practices and hospitals.

An advanced EEG system with multiple recording channels for comprehensive long-term brain electrical monitoring. Provides high-resolution neurophysiological data collection for complex diagnostic evaluations.

High-density EEG amplifiers and caps (8-256 channels) for clinical neurophysiology, sleep studies, and brain-computer interface research. Includes FDA-cleared neuronavigation systems for TMS/FUS guidance and neurofeedback software for brain activity regulation. Delivers precision signal acquisition for research and clinical diagnostics.

A neurophysiological monitoring device for recording brain electrical activity. The system supports multiple configurations including routine/video EEG, dynamic EEG, and high-channel long-duration EEG monitoring for clinical assessment and diagnosis.

High-density electrode montage system for enhanced spatial resolution in electroencephalography recordings. Supports advanced source localization and detailed cortical mapping in neuroscience research.

An intuitive EEG system with 60 channels combining modern software with robust hardware for user-friendly operation. The system is fully customizable for routine EEG, ICU monitoring, and long-term monitoring applications. It features a single database for EEG and EMG data, workflow functions for effective teamwork, advanced database filtering, automatic EDF conversion, GDT/HL7 interfaces, and multi-workstation capability. The system supports desktop PC or laptop configurations and can be equipped with various optional extensions.

A wireless EEG recording system with 32 channels for brain activity monitoring. Part of the Enobio product line, it is used in both research and clinical applications for electroencephalography.

EEG system with 36 or 60 channels for neurological diagnostics in clinical and practice settings. Provides precise neurodiagnostic measurements with intuitive interface and modular design. Integrates with existing clinical IT infrastructure via HL7/GDT interfaces and supports parallel EEG and EMG system operation on unified platform.