EEG Machine

High-Resolution Neuro-Diagnostics for Clinical & Research Excellence

The Digital EEG System is a professional-grade neuro-diagnostic platform designed to capture and analyze the brain’s electrical activity with exceptional clarity. Engineered for neurology departments, sleep labs, and research institutions, this system integrates high-performance amplifiers with sophisticated brain-mapping software. It provides clinicians with the precision required to diagnose epilepsy, sleep disorders, and other neurological conditions while maintaining a streamlined, user-friendly workflow for technicians.

Key Features & Clinical Advantages

• Multichannel Precision Acquisition: Supports simultaneous recording across [e.g., 24, 32, or 64] channels, allowing for comprehensive scalp coverage according to the International 10-20 System.

• Active Signal Shielding & Filtering: Advanced digital filtering (High-pass, Low-pass, and Notch) eliminates 50/60Hz interference and muscle artifacts, ensuring a clean, diagnostic-quality trace even in electrically “noisy” environments.

   

• Dynamic Brain Mapping: Real-time 2D and 3D topographic mapping provides a visual representation of frequency distribution (Alpha, Beta, Theta, Delta) across the scalp for intuitive pathology localization.

• Synchronized Video EEG: Integrated high-definition video recording (optional) allows for the perfect synchronization of clinical patient behavior with electrographic brain activity.

• Flexible Montage Configuration: Easily switch between bipolar, referential, and average montages during both live recording and post-acquisition review.

• Built-in Impedance Testing: Real-time electrode contact monitoring ensures optimal signal quality throughout the entire procedure, reducing the need for re-tests.

• Photic Stimulation Suite: Programmable flash frequencies for provocative testing, essential for identifying photosensitive epilepsy.

Technical Specifications

Primary Applications

• Epilepsy Monitoring: Long-term monitoring for seizure classification and focus localization.

• Sleep Medicine (PSG): Full compatibility with polysomnography sensors for apnea and sleep architecture studies.

• Intensive Care (ICU): Monitoring brain function in comatose patients or detecting non-convulsive status epilepticus.

   

• Neuro-Research: High-density data collection for Cognitive Neuroscience and Brain-Computer Interface (BCI) studies.