Multi-Parameter Patient Monitor LMPPM-A17

The Multi-Parameter Patient Monitor LMPPM-A17 tracks 7 essential parameters in real-time: ECG (with S-T segment & arrhythmia analysis) SpO? (0-100% with Nellcor-comparable accuracy) NIBP (neonate/pediatric/adult modes) Respiration rate (thoracic impedance) Temperature (±0.1°C accuracy) Pulse rate Heart rate.

The Multi-Parameter Patient Monitor LMPPM-A17’s SINNOR F-6 SpO? technology delivers ±2% accuracy (70-100% range), matching the clinical-grade performance of Nellcor. The probe includes pitch tone variation for audible oxygen saturation feedback.

Yes! Multi-Parameter Patient Monitor LMPPM-A17 features 4,000V isolation protection, ensuring uninterrupted operation during defibrillation, electrosurgery, or HF knife procedures.

The 12V/4AH rechargeable battery of Multi-Parameter Patient Monitor LMPPM-A17 provides: 4+ hours of continuous monitoring 24-hour charging time AC power failure alerts for seamless transitions.

Absolutely! The built-in TCP/IP networking of Multi-Parameter Patient Monitor LMPPM-A17 allows integration with hospital central stations for live data sharing across departments.

It’s a medical device that continuously tracks vital signs like ECG, SpO2, blood pressure, respiratory rate, and temperature in real time, helping healthcare providers monitor patient health.

Hospitals (ICUs, ERs, operating rooms), clinics, ambulances, and even home care for high-risk patients.

It provides instant alerts for abnormal vitals, allowing faster medical response and reducing risks like cardiac arrest or respiratory failure.

A Multi-Parameter Patient Monitor (MPM) is a medical device that continuously tracks and displays a patient’s vital signs in real time. It uses multiple sensors and advanced algorithms to measure critical parameters such as: ECG (Electrocardiogram) – Monitors heart rate and rhythm to detect arrhythmias. SpO2 (Oxygen Saturation) – Measures blood oxygen levels using pulse oximetry. NIBP (Non-Invasive Blood Pressure) – Automatically checks systolic, diastolic, and mean arterial pressure. Respiratory Rate – Tracks breathing patterns for signs of distress. Temperature – Monitors body temperature via skin or probe sensors. EtCO2 (End-Tidal CO2) – Assesses carbon dioxide levels during anesthesia or ventilation. The device collects data from these sensors, processes it, and displays trends on a high-resolution screen. If any parameter exceeds safe limits, audible and visual alarms alert medical staff for immediate intervention.

Multi-parameter monitors are essential in critical care because they: Provide Continuous Monitoring – Unlike manual checks, they track vitals 24/7 without gaps. Detect Early Warning Signs – Sudden drops in SpO2 or abnormal ECG can signal emergencies like cardiac arrest or respiratory failure. Improve Patient Safety – Reduce human error and ensure timely medical response. Support Better Decision-Making – Doctors rely on real-time data for accurate diagnoses and treatment adjustments. Enhance Efficiency – Nurses can monitor multiple patients remotely, saving time and resources. These monitors are mandatory in ICUs, operating rooms, and emergency departments, where even a few seconds of delay can be life-threatening.

Modern multi-parameter monitors are highly accurate, with: ECG accuracy matching standard 12-lead machines. SpO2 sensors with ±2% deviation from arterial blood gas tests. NIBP readings validated against manual sphygmomanometers. Factors like patient movement, poor sensor placement, or low perfusion can affect readings. Regular calibration and proper usage ensure reliability.