Comen NMPro Series Patient Monitors

The Comen NMPro Series is a modular, high-parameter patient monitoring platform with plug-in modules, decision-support tools and a large capacitive touch display—ideal for ICU, OR and emergency use with scalability from adult to neonatal patients.

Description

Modular high-parameter monitoring platform with plug-and-play expansion and decision-support tools

The Comen NMPro Series is a flexible patient monitoring platform designed for demanding environments such as ICU, OR and emergency departments. Equipped with a capacitive touchscreen display (10.1″, 12.1″ or 15.6″) and multiple plugin slots for advanced modules (e.g., NMT, Masimo Rainbow SET, BIS, CO₂, ICG), this system delivers tailored parameter depth based on clinical needs. Clinical assistive applications like Early Warning Score (EWS), Glasgow Coma Scale (GCS) recording and 24-hour ECG summary support proactive care. Built for versatility across departments, the NMPro Series allows rapid customization, supports adult to neonatal patients, and helps clinicians focus on care rather than device limitations.

Key Features & Technical Highlights
• Capacitive touchscreens up to 15.6″ with high resolution and multi-waveform display — improves visibility and user interaction in critical care.
• Plug-and-play module slots for advanced parameters (NMT, Rainbow SpO₂, BIS, CO₂, ICG) — enables scalable configuration by patient acuity.
• Built-in clinical decision-support applications (EWS, GCS, 24-h ECG summary) — assists clinicians with early detection and trend monitoring.
• Full vital-sign monitoring base (ECG, SpO₂, NIBP, Temp, Respiration) plus advanced cardiac and neuromonitoring options — supports adult, pediatric and neonatal populations.
• Versatile departmental use (ED, ICU, OR) with strong modularity and parameter depth — allows one monitor platform to adapt across workflows.

Workflow & Clinical Use
In ICU, OR or emergency settings, the NMPro Series streamlines workflow by providing an expandable monitoring platform that grows with patient complexity; patient comfort and safety benefit from advanced parameters and timely alerts, while clinicians gain efficiency via one device rather than multiple discrete monitors.