AIRLOG 3 Portable Ventilator for Emergency Transport

AIRLOG 3 Portable Ventilator for Emergency and Transport Use

The AIRLOG 3 Portable Ventilator is a compact emergency respiratory support device designed for ambulance services, rescue operations, inter-hospital transfer and controlled patient transport. Its lightweight construction and transport-focused configuration make it suitable for healthcare teams that require ventilation support outside a conventional ICU ventilator setup.

This portable transport ventilator supports IPPV, Assist and Manual ventilation modes, allowing trained healthcare professionals to select an operating mode according to the patient’s clinical condition and approved transport protocol. Adjustable tidal volume, breathing rate and pressure limit settings help support controlled ventilation during emergency care and patient movement.

The AIRLOG 3 includes a trigger sensitivity of less than -2 mbar for assisted ventilation, an alarm function for breathing interruption and a battery operating time of up to 10 hours under applicable usage conditions. Its IPX4-rated enclosure provides protection against splashing water, supporting use in mobile medical environments where equipment may be exposed to demanding field conditions.

Weighing less than 1.3 kg for the main unit, the ventilator is easy to carry between ambulances, emergency departments, transport vehicles and patient-transfer locations. It is intended for operation by trained medical professionals who understand airway management, ventilation settings, oxygen supply requirements and continuous patient monitoring.

Key Features

• Multiple Ventilation Modes: Supports IPPV, Assist and Manual modes for different emergency and transport ventilation requirements.
• Adjustable Tidal Volume: Offers a specified tidal volume range of 75–2000 ml for controlled ventilation settings.
• Breathing Rate Control: Allows adjustment from 5 to 40 breaths per minute according to clinical assessment and protocol.
• Sensitive Assist Trigger: Trigger sensitivity of less than -2 mbar supports detection of patient breathing effort in Assist mode.
• Emergency Alarm Support: Provides an alert function when breathing interruption or an applicable alarm condition is detected.
• Extended Battery Operation: Offers up to 10 hours of working time, depending on battery condition and operating circumstances.
• Lightweight Transport Design: The main unit weighs less than 1.3 kg, supporting convenient handling during patient transfer.
• IPX4-Rated Enclosure: Provides protection against splashing water for use in suitable transport and field-care environments.

Technical Specifications

Product Benefits

• Supports Mobile Respiratory Care: Designed for situations where ventilation support is required during rescue, ambulance movement or hospital transfer.
• Reduces Transport Burden: The lightweight main unit is easier for emergency teams to carry and position in confined care environments.
• Provides Mode Flexibility: IPPV, Assist and Manual modes support different controlled emergency ventilation approaches.
• Supports Longer Transfers: Battery operation of up to 10 hours helps accommodate extended transport when operating conditions permit.
• Allows Clinical Adjustment: Tidal volume, breathing rate and pressure-limit settings can be selected by trained professionals according to patient requirements.
• Suitable for Field Conditions: The IPX4 enclosure supports operation in applicable rescue and outdoor emergency environments.
• Supports Emergency Preparedness: Can form part of ambulance, rescue-service or hospital transport respiratory equipment planning.
• Includes Essential Patient-Circuit Components: Supplied components support preparation for the intended ventilation setup, subject to compatibility and clinical protocol.

Applications

• Ambulance respiratory support
• Emergency patient transport
• Inter-hospital transfer
• Pre-hospital emergency care
• Rescue and disaster-response operations
• Long-distance medical transport
• Emergency department transfer support
• Controlled intra-hospital patient movement

How to Use

1. Inspect the ventilator, battery status, breathing circuit, patient valve, mask and required gas supply before use.
2. Place the unit in a stable and accessible position where controls and alarms remain visible to the operator.
3. Connect the ventilation hose, patient valve and appropriate patient interface according to the manufacturer’s instructions.
4. Select IPPV, Assist or Manual mode based on clinical assessment and approved emergency ventilation protocol.
5. Set tidal volume, breathing rate and pressure limit only as directed by a qualified clinician.
6. Continuously monitor ventilation, patient response, oxygenation, airway status and device alarms during transport.
7. After use, disconnect the system safely and clean, disinfect or replace applicable components according to infection-control policy.
8. Recharge the battery, inspect the unit and prepare it for the next emergency deployment.

Medical Usage Note: This ventilator must be operated only by trained healthcare professionals. Ventilator settings should be determined from clinical assessment and institutional protocol. Continuous monitoring and an appropriate backup ventilation method are required. Refer to the manufacturer’s manual for setup, oxygen-supply requirements, alarms, cleaning and contraindications.

Why Choose This Product from MeddeyGo?

MeddeyGo provides emergency, critical-care and patient-transport medical equipment for hospitals, ambulance operators, healthcare institutions and professional procurement teams. Its healthcare-focused catalogue helps buyers compare equipment according to clinical application, technical configuration and operational requirements.

Buyers considering the AIRLOG 3 Portable Ventilator can seek product-selection assistance regarding ventilation modes, transport suitability, supplied components and institutional requirements. Procurement teams should confirm oxygen-source compatibility, patient suitability, battery conditions, alarms, servicing support and warranty terms before placing an order.

Frequently Asked Questions

1. Where can the AIRLOG 3 Portable Ventilator be used?

The AIRLOG 3 is designed for ambulance transport, rescue operations, inter-hospital transfer and applicable emergency respiratory support settings. It should be used only by trained healthcare professionals with continuous patient monitoring, an appropriate gas supply and a backup ventilation method available according to institutional protocol.

2. Which ventilation modes does the AIRLOG 3 support?

The ventilator supports IPPV, Assist and Manual modes. These options provide flexibility for different emergency ventilation situations, but mode selection and parameter adjustment must be made by a qualified clinician based on patient assessment, airway status, monitoring data and the manufacturer’s operating instructions.

3. How long can the ventilator operate on battery power?

The supplied specification states a battery working time of up to 10 hours. Actual operating duration may vary with battery condition, device settings, temperature, maintenance and usage circumstances. The battery should be checked before every deployment, particularly before long-distance or inter-facility patient transport.

4. What components are supplied with the ventilator?

The listed components include the main unit, ventilation hose, patient valve and mask. Buyers should confirm the final package contents, oxygen connectors, consumables and patient-interface compatibility before ordering. Additional accessories may be required depending on the ambulance, hospital or emergency-care configuration.

5. What should procurement teams verify before purchasing?

Procurement teams should verify ventilation modes, tidal-volume range, battery runtime, oxygen-source compatibility, alarm functions, servicing support and supplied accessories. They should also confirm patient-category suitability, warranty terms, availability of replacement circuits and whether the device complies with their organisation’s transport and emergency-care protocols.