P Monitor CMS9000/PR/Ni/Sp/T/ECG/EC2/IBP

Description

CMS9000 Multi-Parameter Patient Monitor (PR / NIBP / SpO₂ / TEMP / ECG / ETCO₂ / IBP)

The CMS9000 Multi-Parameter Patient Monitor is a top-tier, high-accuracy monitoring system engineered for comprehensive vital sign measurement in critical care, anesthesia, and operating room environments. Combining advanced monitoring modules with a large, high-resolution display, it provides precise, real-time physiological data for confident clinical decision-making.

Key Features:

• Full Parameter Monitoring: Measures Pulse Rate (PR), Non-Invasive Blood Pressure (NIBP), Oxygen Saturation (SpO₂), Temperature (TEMP), Electrocardiogram (ECG), End-Tidal CO₂ (ETCO₂), and Invasive Blood Pressure (IBP).

• High-Definition Display: 15-inch color TFT LCD with multiple waveform display, offering excellent visibility and data clarity.

• Advanced ETCO₂ & IBP Modules: Provides accurate respiratory gas and invasive blood pressure readings — ideal for surgical and intensive care monitoring.

• Reliable Performance: Utilizes advanced digital signal processing for precise measurements even under motion or low-perfusion conditions.

• User-Friendly Interface: Intuitive touch-screen design, customizable parameter layout, and easy menu navigation.

• Comprehensive Data Review: Up to 120 hours of trend storage with graphical and tabular display for patient record tracking.

• Customizable Alarms: Visual and audible alerts with adjustable limits ensure maximum patient safety.

• Power & Connectivity: Operates via AC power or internal rechargeable battery, with USB and network ports for data export and central monitoring connectivity.

Applications:
Ideal for ICU, operating theatre, emergency department, recovery ward, and general hospital monitoring, suitable for adult, pediatric, and neonatal patients.

Measured Parameters:

• ECG (3/5 lead)

• PR (Pulse rate via ECG/SpO₂)

• NIBP (SYS/DIA/MAP)

• SpO₂ (Oxygen saturation)

• TEMP (Dual-channel temperature)

• ETCO₂ (Sidestream/Mainstream)

• IBP (Dual-channel invasive pressure)