Comen s5 Biphasic Defibrillator

New

4.5

12456 Ratings

Specifications

Model : Comen S5 Biphasic Defibrillator Monitor
Device Type : Defibrillator + AED + Pacing + Multi-parameter Monitor
Display : 7″ TFT Color Screen (800 × 480)
Waveform : Advanced Biphasic Truncated Exponential (BTE)
Energy : Output Range Up to 360 J selectable
Defibrillation Modes : Manual, Synchronous Cardioversion, AED
Pacing Modes : On-demand, Fixed
Monitoring Parameters : ECG (5-lead), optional SpO₂, NIBP, PR, EtCO₂
Impedance Range : 20–300 Ω
Battery : Rechargeable Lithium-ion; supports ~210 discharges at 360 J
Ingress Protection : IPX4 water splashes protection
Weight : ~5.2–5.6 kg with battery
Dimensions : ~295 × 252 × 316 mm
Power Supply : AC 100-240 V, 50/60 Hz
Environmental : Operating Temp: 0–45 °C; Humidity: 10-95% non-condensing
Self-Test : Manual & Automatic Self-Test
Connectivity : (Optional) HIS/HL7, Wi-Fi for central monitoring systems

highlights

All-in-One Emergency Solution: Combines four essential cardiac care functions in one unit, saving space and cost compared to separate devices.
High Energy Range: Up to 360 J selectable energy supports effective treatment even in patients with difficult defibrillation thresholds.
User-Friendly Interface: Intuitive touchscreen and control knob make mode transitions fast and simple during high-pressure situations.
Durable for Field Use: Rugged design with moisture and shock protection ensures reliability in transport and outdoor conditions.
Comprehensive Data Management: Event recording, voice storage, and optional connectivity support clinical documentation and review.

in the box

1 × Comen S5 Defibrillator Monitor Unit
1 × Rechargeable Lithium-ion Battery Pack
1 × AC Power Cord/Adapter
1 × External Defibrillation Paddles (Adult/Pediatric compatible)
1 × ECG Cable (5-lead)
1 × 7″ TFT Color Display with Controls
1 × User Manual / Quick Reference Guide

Use Cases :

Ambulances & Emergency Medical Services: Portable and dependable for pre-hospital cardiac emergencies.
Emergency Departments (ED): Rapid defibrillation and monitoring of patients in cardiac arrest.
Hospital Wards & ICUs: Integrated monitor and defibrillator capabilities support critical care.
Crash Carts: A compact solution for sudden in-hospital cardiac emergencies.
Training & Basic Life Support (BLS) Scenarios: AED mode guides responders through safe shock delivery.

Key Features :

Integrated 4-in-1 Functionality: Manual defibrillation, AED mode, non-invasive pacing, and multi-parameter monitoring—reduces the need for multiple separate devices.
Advanced Biphasic Truncated Exponential (BTE) Technology: Delivers up to 360 J of adjustable shock energy with impedance compensation for high defibrillation success across a range of patients.
7″ TFT Color Touchscreen: Large, high-resolution screen for clear waveform and vital sign visualization.
Manual and Synchronized Defibrillation Modes: Supports both asynchronous and synchronous cardioversion.
AED Mode with Intelligent Algorithm: Automatic ECG analysis guides less–experienced users through defibrillation and basic life support.
Pacing Capabilities: Offers both on-demand and fixed pacing modes for bradyarrhythmias and certain cardiac arrests.
Multi-parameter Monitoring: Standard 5-lead ECG monitoring; optional SpO₂, NIBP, PR and EtCO₂ support continuous assessment of patient condition.
Rugged & Reliable: Shock-resistant build, anti-fall design and IPX4 ingress protection for splash resistance in demanding environments.
Large-Capacity Battery: Lithium battery supports up to ~210 discharges at 360 J and rapid charging performance.
Self-Test & Network Connectivity: Automatic self-test functions and optional networking (e.g., HIS/HL7 integration) for hospital systems.

Warranty

Seller

AA MEDIE QUIPLearn More

Product Description

The Comen S5 Biphasic Defibrillator Monitor is an all-in-one emergency cardiac care device that integrates manual defibrillation, AED (Automated External Defibrillation), pacing and patient monitoring in a compact, rugged unit. It employs advanced biphasic truncated exponential (BTE) waveform techno...