Description
Portable transport-monitor platform with bedside and intra-hospital continuity
The Comen K1 Patient Monitor is designed to provide seamless monitoring from transport to bedside across adult, pediatric and neonatal patient populations. With a lightweight, compact housing (~2.5 kg), a 5.5″ capacitive touchscreen and compliance with transport standards (e.g., EN 1789), the K1 supports vital-sign monitoring during pre-hospital, intra-hospital and ICU/ward settings. It offers 3/5/6/12-lead ECG (with ST and QT analysis), SpO₂, NIBP, dual IBP, EtCO₂, temperature and advanced module expansions (e.g., cardiac output, BIS, Rainbow SpO₂) plus long-battery life (~10 h) for uninterrupted care. The intuitive interface, robust transport design (IP44 ingress protection, drop-resistance) and modular upgrade path allow clinicians to maintain continuous data flow and decision support across transitions.
Key Features & Technical Highlights
• Lightweight (~2.5 kg) portable design with 10-hour battery life — enables uninterrupted monitoring in transport and bedside transitions.
• 5.5″ high-resolution capacitive touchscreen (1280×720) — delivers clear display and intuitive control, even in mobile environments.
• Multi-lead ECG (3/5/6/12) with ST/QT analysis, SpO₂, NIBP, EtCO₂, dual IBP plus optional advanced modules — supports comprehensive monitoring across patient types.
• Compliance with transport standards (EN 1789), IP44 rated, drop-resistant design — ensures performance and reliability in emergency, EMS and intra-hospital transfer settings.
• Modular rack and docking station support for conversion to full bedside monitor — facilitates continuity of care without device change.
Workflow & Clinical Use
Ideal for emergency, transport, ICU and general ward use, the K1 enhances clinician workflow by enabling one device to follow the patient through transport and bedside care; patient safety and comfort are improved via full-feature monitoring and long battery runtime, while clinicians benefit from seamless data continuity and reduced hand-off risks.
