COMEN VENTILATOR

Product Description

The COMEN Ventilator is a cuttingedge respiratory support system designed for critical care emergency situations and longterm respiratory therapy It combines advanced ventilation modes with intelligent monitoring systems making it suitable for neonatal pediatric and adult patients in ICUs operating rooms and ambulances

Key Features of COMEN Ventilator

MultiMode Ventilation Support

Invasive and NonInvasive Modes for versatile usage across different patient requirements

Modes include

VolumeControlled Ventilation VCV

PressureControlled Ventilation PCV

SIMV Synchronized Intermittent Mandatory Ventilation

Spontaneous Breathing Support CPAP BiPAP

HighFrequency Oscillatory Ventilation HFOV for neonates

Adaptive Intelligent Control AI Ventilation

Adaptive ventilation automatically adjusts settings based on patient feedback and lung mechanics

Autoweaning protocols simplify transitioning patients off ventilation

HighResolution Touchscreen Display

1015inch TFT touchscreen for realtime graphical data visualization

Displays waveforms loops and alarms for easy interpretation

Customizable settings for quicker adjustments

Comprehensive Monitoring Parameters

Monitors respiratory rate RR tidal volume VT peak pressure Ppeak and oxygen concentration FiO2

Integrated capnography EtCO2 for CO2 monitoring during ventilation

Portable and Compact Design

Lightweight construction with builtin wheels for easy mobility in hospital environments

Suitable for transport ventilation with battery backup of 26 hours

Integrated Humidifier and Nebulizer

Heated humidifier prevents airway dryness and improves patient comfort

Builtin nebulizer mode for medication delivery during ventilation

Safety Alarms and Alerts

Visual and auditory alarms for low tidal volume air leaks apnea oxygen failure and blockages

Automatic selfcheck system ensures operational reliability

HighPrecision Sensors

Provides accurate measurements of pressure flow and volume with minimal error margins

Adjustable PEEP settings for optimal oxygenation control

Smart Battery Backup System

Rechargeable lithiumion battery ensures uninterrupted operation during power outages or transport

Connectivity and Data Management

Supports USB and WiFi data transfer for patient data storage and remote monitoring

Compatible with hospital EMR systems for easy data integration

Applications of COMEN Ventilator

Intensive Care Units ICUs

Provides continuous respiratory support for critically ill patients with acute respiratory distress syndrome ARDS or multiorgan failure

Emergency Rooms and Transport

Ideal for emergency ventilation during transport between facilities or ambulances

Operating Rooms

Supports anesthesiainduced ventilation and postoperative recovery

Pediatric and Neonatal Care

Equipped with low tidal volume and sensitive settings for preterm infants and newborns requiring respiratory assistance

Home Care and Rehabilitation

Suitable for longterm ventilation therapy in patients with chronic respiratory failure or neuromuscular disorders

Advantages of COMEN Ventilator

Adaptive Ventilation for Dynamic Conditions Adjusts settings automatically based on patient breathing patterns

Versatility Across Age Groups Works for neonatal pediatric and adult patients reducing the need for multiple devices

UserFriendly Interface Simplifies operation with an intuitive touchscreen and preset modes

Reliability in Emergencies Battery backup ensures continued support during power failures or transport

Compact and Portable Suitable for ICU use and ambulatory scenarios without compromising performance

Low Maintenance Requirements Easytoclean components with disposable tubing systems

Advanced Features in Modern Models

Lung Recruitment Maneuvers LRM Improves oxygenation by reexpanding collapsed alveoli

ClosedLoop Ventilation Control Adjusts ventilation parameters automatically based on feedback loops

NonInvasive Ventilation NIV Provides maskbased support without requiring intubation

Automatic Leak Compensation Maintains pressure stability during maskbased ventilation

Weaning Support Protocols Helps patients gradually transition off ventilator support

Integrated SPO2 and EtCO2 Monitoring Enhances oxygenation assessment and CO2 elimination tracking

Remote Monitoring Capabilities Allows telemedicine support and remote adjustments via WiFi or Bluetooth

Limitations

Battery Life Constraints May require frequent recharging for longdistance transport

Complex Setup for Novice Users Requires training for optimal configuration and interpretation of data

CostIntensive for Small Clinics Advanced features may increase costs making it less viable for budgetsensitive practices

Periodic Maintenance Needs Sensors and humidifiers require regular calibration and sterilization

Optional Accessories

Ventilator Circuits Disposable or autoclavable circuits for infection prevention

Backup Battery Packs Extends operation during emergencies

Nebulizer Kits Facilitates medication administration during ventilation

Carrying Cases or Trolleys Enhances mobility for transport applications

Humidification Chambers Ensures moist airflow for patient comfort

NonInvasive Masks Provides flexible options for CPAPBiPAP therapies

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