Task Force® Touch CARDIO

The CARDIO M is a multi-channel electrocardiography system designed for cardiac monitoring and diagnostic assessment in clinical and ambulatory settings. It supports 3 to 12-channel ECG recording with ergometry capabilities for stress testing and patient evaluation.

A connected blood pressure monitor from Geratherm's cardio series featuring connectivity options for enhanced monitoring capabilities.

Integrated pressure recording and analysis system for real-time hemodynamic monitoring during cardiac catheterization and electrophysiology procedures.

Medical device for continuous remote monitoring of arterial blood pressure and heart rate with integrated electrocardiogram functionality. Enables comprehensive cardiovascular assessment through simultaneous measurement and recording of multiple cardiac parameters.

A console system designed to record, compute, display, and store data from the TruePhysio Rapid Exchange Pressure Microcatheter and other external transducers. It features one-tap switching between FFR and cRR measurements and can store up to 1000 hours of recording data.

Specialized monitoring systems for continuous cardiac assessment, including ECG monitoring, arrhythmia detection, and hemodynamic measurement capabilities.

CardioTEXTIL is a textile-integrated multi-channel ECG sensor for continuous arrhythmia monitoring in mobile patients. The device integrates with the maphera® modular platform for wireless data transmission with 30 µs synchronization accuracy, enabling real-world physiological monitoring and multimodal data fusion for research and clinical applications.

PC-based resting and stress ECG system with integrated blood pressure measurement capability. Enables comprehensive cardiac assessment in clinical settings.

Specialized pressure sensors for cardiac catheterization and hemodynamic monitoring in clinical settings. Deliver precise measurements for interventional cardiology procedures and cardiac function assessment.

AI-powered blood pressure and heart rate monitor delivering medical-grade cardiac data for remote patient monitoring and real-time arrhythmia analysis. Integrates with clinical workflows to enable continuous cardiological assessment outside traditional care settings.

Real-time hemodynamic monitoring systems for measuring arterial, venous, and intracardiac pressures.

A non-invasive monitoring device for measuring cardiocerebral hemodynamics. The device is under development through a collaborative project between Shanghai Jiao Tong University affiliated chest hospital, Shanghai Jiao Tong University biomedical engineering school, and Hebei Jinkangan Medical Device Technology Co., Ltd. Future development will focus on clinical applications, wearable device design, and multi-modal joint monitoring capabilities.