Description
Emergency portable ventilators are designed for use in various settings, particularly in emergency situations or during transportation. Here are some scenarios and settings where emergency portable ventilators might be used:
Ambulance and Emergency Medical Services (EMS): Portable ventilators are often used during the transportation of critically ill or injured patients in ambulances.
Field Hospitals: In emergency situations such as natural disasters, where traditional medical facilities might not be readily available, portable ventilators can be deployed in field hospitals to provide respiratory support.
Military Operations: Portable ventilators are used in military settings, both in the field and during medical evacuations.
Home Healthcare: In certain cases, where a patient requires long-term ventilatory support, portable ventilators can be used in a home healthcare setting.
Remote or Rural Areas: In locations where access to medical facilities is limited, portable ventilators can be valuable for providing initial respiratory support before a patient reaches a hospital.
The key features of portable ventilators include their compact size, lightweight design, and often battery-operated capability, making them suitable for use in various environments and emergency situations. They play a crucial role in ensuring that patients receive necessary respiratory support during critical moments.
Highlights
- Model: FEV1002 Emergency Ventilator
1. 100% Oxygen Gas powered, Electronically controlled ventilator.
2. Durable and Lightweight with 2 D size batteries. <than 1Kg.
3. Patient type: Bodyweight greater than 20 kg.
4. Streamlined design on the back of the case, easy to hold
5. IPX4 waterproof, Protecting from splashing water
Simple Operation Interface for Caregivers:
1. Trigger sensitivity at less than - 2cmH2O to assist spontaneous breathing.
2. Independent setting ofinspiratory time, tidal volume and BPM control.
3. Pre-set visual and audio alarm.
4. “CPR only” Special mode design
Components:
1- Tidal volume control
2- BPM Display
3- Airway pressure display
4- Oxygen inlet
5- Patient circuit connection
6- Anti-asphyxia valve
7- BPM control (increase)
8- BPM control (decrease)
9- Inspiratory time (1 second) control
10- Inspiratory time (2 seconds) control
11- Spontaneous breathing indicator
12- Low battery alarm
13- Low source gas alarm
14- High airway pressure alarm
15- Breath delivery alarm
16- CPR only mode
17- Power ON/OFF switch
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