Multi-Channel Recording Modules

Stackable amplification units for expanding recording channel capacity in neurodiagnostic systems. Supports simultaneous multi-channel recordings for comprehensive physiological assessment.

Auxiliary equipment for continuously monitoring patient vital signs during extended neurodiagnostic procedures. Ensures safety during long-term EEG monitoring and other extended recordings.

M-Series Patient Monitoring Modules are electronic devices designed for continuous vital sign acquisition and real-time patient data transmission in hospital and clinical settings. These modular monitoring units support multi-parameter physiological measurements including ECG, SpO2, blood pressure, and temperature. Ideal for ICU, general ward, and perioperative environments requiring integrated patient surveillance and data management capabilities.

Patient monitor modules for continuous vital sign monitoring including ECG, SpO2, and pulse rate measurement. Designed for adult, pediatric, and neonatal applications with advanced blood oxygen technology and anti-motion interference. Available in compact, handheld, and multi-channel configurations with wireless connectivity and thermal printing capabilities.

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.

Multi-channel high-density EEG acquisition system for real-time brain electrical activity monitoring and neurological assessment. Captures simultaneous multi-electrode signals for applications in epilepsy diagnosis, sleep disorders, brain-computer interfaces, and cognitive neuroscience research. Features high temporal resolution and noise-filtering capabilities for clinical and research environments.

Precision timing and synchronization interface for simultaneous neural recording across multiple brain regions. Enables temporal correlation analysis of distributed neural networks critical for brain-computer interface applications.

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

EMG system with 2 or 4 channel configuration for electromyography and nerve conduction studies in neurology clinics and practices. The modular neurodiagnostic platform integrates with existing hospital IT systems via HL7/GDT interfaces and supports parallel operation with EEG systems on a shared platform.

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

A multi-channel physiological recording system designed for capturing and analyzing cardiac electrograms during electrophysiology procedures. It records multiple channels of cardiac electrical activity to support arrhythmia diagnosis and mapping.

A multi-channel physiologic recording system for cardiac electrophysiology procedures. Enables simultaneous recording and analysis of electrical signals from multiple cardiac sites during diagnostic and therapeutic procedures.