Multi Channel EEG for easy and advance diagnosis

Electroencephalography (EEG) system for non-invasive neurological monitoring and brain activity assessment. Captures electrical signals from the scalp to support diagnosis of seizure disorders, sleep disturbances, and other neurological conditions. Designed for clinical and research applications in neurology departments and diagnostic centers.

Portable 52-channel EEG system designed for rapid neurological and sleep disorder diagnosis in clinical and field settings. Enables electroencephalography and polysomnography across neurology, psychiatry, otolaryngology, and occupational medicine specialties with interactive real-time data acquisition and interpretation.

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.

Electroencephalography systems for recording and analyzing brain electrical activity. Used in clinical diagnosis of neurological disorders, sleep studies, and research applications. EB Neuro offers both traditional and long-term monitoring EEG solutions.

Electroencephalography systems for neurological signal acquisition and brain activity monitoring. Used for clinical diagnosis, sleep studies, and neurological assessment.

A digital multifunctional electroencephalogram system with full digital QEEG brain function diagnosis technology for neurological assessment and monitoring.

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.

Eye-tracking system for quantifying neurological biomarkers and supporting early diagnosis of neurological diseases. Enables non-invasive measurement of oculomotor markers in minutes, helping clinicians increase diagnostic certainty and objective patient monitoring. CE-marked Class IIa medical device designed for neurological assessment and disease progression tracking.

EEG and EMG diagnostic devices for neurological assessment and monitoring. These electrophysiological systems record brain electrical activity and muscle function to support diagnosis of neurological disorders, seizures, sleep disorders, and neuromuscular conditions in clinical and research settings.

Instrument designed to detect and record electrical brain activity patterns. Used in clinical neurology for patient assessment and neurological disorder diagnosis. Provides quantitative measurements of cortical function.

Medical diagnostic equipment for neurophysiological assessment including EEG, EMG and related monitoring systems. Designed for comprehensive neurological disorder diagnosis in clinical settings.

A portable, CE-marked class IIa medical device designed for clinical eye movement recording and analysis. The system uses two infrared cameras recording at 400 fps to capture eye movements without patient calibration. Proprietary AI algorithms compute objective biomarkers displayed alongside reference ranges to support differential diagnosis of neurological disorders, particularly atypical parkinsonian syndromes and cerebellar dysfunction. The examination takes approximately 10 minutes and results can be interpreted with eye movement timecourses and video recordings.