CNAP® Technology Platform

Advanced cardiovascular monitoring platform for critical care and perioperative settings. Provides non-invasive and invasive pressure waveform analysis.

Comprehensive patient monitoring platform for intensive care unit environments. Provides continuous surveillance of vital signs and hemodynamic parameters.

Non-invasive blood pressure (NIBP) monitoring technology platform for OEM integration into clinical monitoring systems. Enables accurate automated blood pressure measurement across patient care settings. Provides validated algorithms and component solutions for device manufacturers developing vital sign monitoring equipment.

NICaS CS is a non-invasive hemodynamic monitoring system that measures cardiac output and fluid status to guide treatment decisions in heart failure, hypertension, preeclampsia, and dialysis management. The device provides objective hemodynamic parameters to identify the underlying cause of patient instability rather than treating symptoms alone.

A non-invasive system for measurement and analysis of hemodynamic parameters.

Non-invasive automated blood pressure measurement device using oscillometric technology with pulse wave analysis. Suitable for continuous patient monitoring in clinical environments with multiple connectivity options.

An innovative hemodynamic monitoring system that provides accurate non-invasive continuous blood pressure monitoring using a finger cuff. Designed for clinical research, autonomic testing, and hemodynamic evaluation applications.

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

Diagnostic device measuring central pressure hemodynamics and arterial stiffness parameters through noninvasive pulse wave analysis. Supports clinical decision-making and longitudinal patient monitoring for cardiovascular health assessment.

Used for arterial pressure monitoring, applicable for non-invasive continuous monitoring of radial artery blood pressure, pulse rate, stroke volume, and cardiac output in adults. The system operates based on the flat tension method principle.

Non-invasive blood pressure measurement module integrated into multi-parameter monitoring systems for continuous maternal hemodynamic assessment. Provides automated periodic measurement and waveform analysis capabilities.

Advanced cardiovascular monitoring platforms with sensor catheters providing real-time hemodynamic data for critical care decision-making.