Multi-channel MR-compatible EEG amplifiers

High-voltage amplifiers designed for medical imaging and diagnostic equipment, particularly nuclear magnetic resonance (NMR) and magnetic field measurement systems. These amplifiers condition and amplify electrical signals in precision diagnostic instruments. Suitable for laboratory and clinical imaging applications requiring stable, precise voltage amplification.

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.

Neuro Diagnostic Equipment for sleep disorder diagnosis and neurological assessment across clinical and research settings. Comprehensive solutions include advanced sleep amplifiers, brain analytics platforms, and laboratory management systems. Supports pharmaceutical clinical trials, sleep studies, and EEG-based brain research applications.

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.

Simultaneous EEG acquisition system designed for use within magnetic resonance imaging environments. Enables multimodal neuroimaging for enhanced brain activity monitoring during MRI procedures.

Specialized electroencephalography system designed for simultaneous operation within magnetic resonance imaging environments. Enables integrated neuroimaging studies combining EEG and fMRI data acquisition.

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.

High-precision EEG acquisition system for neurophysiological monitoring and brain functional assessment. Designed for clinical research, cognitive evaluation, and neurological diagnostics across neurology, psychiatry, and rehabilitation medicine. Enables real-time signal capture and analysis for brain activity mapping and intervention monitoring.

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.

A 32-312 channel liquid helium-free magnetoencephalography system based on proprietary multi-channel atomic magnetometer technology with 10 fT detection sensitivity comparable to superconducting SQUID systems. The system features high-performance magnetic field shielding with 10⁵ shielding factor and integrated stimulus systems for clinical and research applications. It enables epilepsy diagnosis and localization, brain functional mapping, cognitive disorder assessment, and brain development evaluation.

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