TOP-2001 Multi-channel Electrophysiology System

Portable electrophysiology polygraphy system enabling clinical and experimental procedures in electrophysiology laboratories with full mobility.

Equipment for cardiac electrophysiological investigations and arrhythmia assessment in specialized cardiology laboratories.

Portable electrophysiology polygraph system for cardiac arrhythmia mapping and ablation procedures in clinical and research laboratories. Features multi-parameter monitoring with real-time signal acquisition and wireless connectivity for enhanced mobility during electrophysiological interventions.

An electrophysiology recording system designed for vascular intervention procedures. It provides simultaneous recording of cardiac electrograms and hemodynamic parameters during percutaneous coronary intervention and related procedures.

A series of multi-channel physiological recording systems for cardiac electrophysiology procedures. These systems provide simultaneous recording of multiple intracardiac and surface electrograms for comprehensive arrhythmia assessment.

A multi-channel physiologic recording system for cardiac electrophysiology procedures. Supports simultaneous acquisition and analysis of electrical signals from multiple cardiac recording sites.

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.

Electrophysiological recording system designed for cardiac mapping and arrhythmia diagnosis during percutaneous transluminal coronary angioplasty (PTCA) procedures. Provides real-time intracardiac signal acquisition and analysis to guide interventional electrophysiology treatments.

A non-invasive electrophysiology-based continuous monitoring system designed to track patient vital signs and physiological parameters in real-time. The system prevents information loss from prolonged decalcification periods and enables early analysis and diagnosis.

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.

Multichannel electrocardiograph for recording and analyzing cardiac electrical activity in clinical settings. The device captures multiple simultaneous ECG leads to detect arrhythmias, ischemia, and other cardiac abnormalities. Designed for hospital wards, outpatient clinics, and emergency departments.