CNAP Anesthesia Patient Monitor
The CNAP Anesthesia Patient Monitor is an advanced continuous non-invasive arterial pressure (CNAP) monitoring system, designed to provide real-time hemodynamic data for patients under anesthesia. Unlike traditional intermittent blood pressure monitoring, CNAP technology delivers beat-to-beat arterial pressure measurements, ensuring precise and continuous monitoring without the need for invasive arterial catheterization.
This high-precision medical device is ideal for operating rooms, intensive care units (ICUs), and perioperative settings, offering anesthesiologists and healthcare professionals reliable and immediate insights into a patient’s cardiovascular status. The CNAP system seamlessly integrates with existing patient monitoring platforms, providing a comprehensive view of hemodynamic parameters for safer anesthesia management.
Key Features & Benefits:
✅ Continuous Non-Invasive Arterial Pressure (CNAP) Monitoring – Provides real-time beat-to-beat blood pressure data, eliminating the need for invasive arterial lines.
✅ Advanced Hemodynamic Monitoring – Offers additional parameters such as stroke volume (SV), cardiac output (CO), and total peripheral resistance (TPR) for a complete hemodynamic profile.
✅ Seamless Integration – Easily connects with standard anesthesia and ICU monitors, enhancing clinical workflow.
✅ Comfortable & Non-Invasive Design – Uses a finger cuff sensor to measure arterial pressure, reducing patient discomfort and risk of complications.
✅ Immediate Response to Hemodynamic Changes – Real-time data allows for quick clinical decision-making, improving patient safety and anesthesia management.
✅ Automated Calibration & Smart Algorithms – Ensures high accuracy and reliability in blood pressure measurements, even during patient movement.
✅ Compact & Portable – Lightweight design enables easy transport and use in various clinical settings.
✅ Improved Patient Outcomes – Enables early detection of hemodynamic instability, reducing the risk of hypotension and other complications during surgery.
Applications:
- Operating Rooms – Real-time BP monitoring for precise anesthesia control
- ICU & Critical Care – Continuous arterial pressure monitoring for critically ill patients
- Cardiac & Vascular Surgery – Enhanced hemodynamic assessment without invasive lines
- Emergency & Trauma Care – Immediate BP data for rapid intervention