Multimodal Brain Recording System

Comprehensive system for recording and analyzing brain electrical activity across multiple channels, supporting clinical assessment and research applications in neuroscience.

Complete electroencephalography recording platform with amplification and digitization. Suitable for clinical and research neurophysiological applications.

High-channel-count neural electrode interface with integrated amplification and signal conditioning. Supports distributed brain recording for network-level neurophysiological analysis.

Advanced neurotechnological platform for brain-machine interfaces and neural recording systems. Facilitates signal acquisition and processing for research and therapeutic neuromodulation applications.

A research-grade system combining transcranial magnetic stimulation with simultaneous electroencephalography recording. Enables integrated assessment of TMS-induced brain responses and connectivity.

Portable neural recording platform for brain activity monitoring outside laboratory settings. Features robust signal acquisition in electromagnetic noise-rich environments without specialized shielding.

EEG Monitor System for real-time brain electrical activity monitoring and neurological assessment. Captures and analyzes electroencephalographic signals to support diagnosis of seizure disorders, sleep disturbances, and other neurological conditions. Features multi-channel recording with digital signal processing and clinical-grade data visualization.

Integrated neurodiagnostic system for EEG recording, analysis, and neuromodulation therapy applications in neurological practice.

Multimodal neuromonitoring system for EEG, polysomnography, and evoked potential recording across ICU, NICU, and intraoperative settings. Enables continuous cerebral function monitoring, sleep stage analysis, and brain motor control assessment with real-time data acquisition and long-term ambulatory capability.

High-capacity wireless EMG acquisition system capable of simultaneous 66-channel recording for complex biomechanical studies. Features customizable analog output and integration with IMU sensor data.

Complete system for continuous monitoring of intracranial temperature with integrated data recording and analysis capabilities.

Integrated system combining EEG, EMG, PSG, and TMS capabilities in single platform. Enables comprehensive neurophysiological assessment in clinical settings.