3 Para Patient Monitor

3 Para Patient Monitor

Manufactured by Windlio International, Pune

The 3 Parameter Patient Monitor is a compact, user-friendly, and highly portable monitoring device designed for real-time observation of essential vital signs. Equipped to measure ECG, SpO₂, and NIBP, this monitor features a bright 8.4-inch color display and advanced alarm system — making it ideal for use in clinics, ambulances, and small hospitals.

✅ Key Features:

8.4-inch Color Display: Clear and sharp display of waveforms and parameters

3-Parameter Monitoring: ECG, SpO₂, and Non-Invasive Blood Pressure (NIBP)

Selectable Waveform Speeds: Options include 12.5 mm/s, 25 mm/s, and 50 mm/s

Real-Time ST Segment Detection: Monitors cardiac health during ECG tracking

High-Precision Alarms: Built-in alert system for critical values and emergencies

Compact & Portable Design: Easy to carry, perfect for ambulances and mobile applications

Simple Maintenance: Can be cleaned using a cloth and disinfectant wipe for hygiene

🔧 Technical Specifications:

SpecificationDetailsDisplay Size8.4-inch TFT Color ScreenParameters MonitoredECG, SpO₂, NIBPWaveform Speed12.5 / 25 / 50 mm/sBandwidth MonitoringYesST Segment DetectionYesOperation ModesReal-time continuous monitoringAlarmsVisual and audible alerts for abnormalitiesCleaning MethodNon-washable, wipe-clean surfaceIdeal UseClinics, Ambulances, Small Hospitals

🏥 Applications:

Small healthcare centers

Primary clinics

Ambulance & EMS units

Nursing homes

Physiotherapy and diagnostics centers

🌟 Why Choose Windlio International?

✔ Affordable yet feature-rich medical monitoring solution

✔ Built with reliable hospital-grade components

✔ Compact design suitable for emergency and portable applications

✔ Full technical support and warranty across India

✔ Custom options and accessories (e.g., mounting strap, carry bag)

✅ Compact 3 Para Patient Monitor with Real-Time Vital Tracking

Choose the Windlio International 3 Para Monitor for accurate, portable, and efficient patient monitoring in compact medical settings.