AirLife Neonatal Heat and Moisture Exchanger (HME) – Small, Straight, 5704EU

Efficient humidification for neonatal patients—lightweight, low-dead-space HME with reliable moisture output and minimal resistance.

The AirLife Heat and Moisture Exchanger (5704EU) by Sun Med is specially designed for neonatal respiratory care. This small, straight-style HME delivers up to 30 mg H₂O/L of moisture at tidal volumes as low as 20 mL, supporting safe, effective humidification in fragile infants. With low resistance (1.0 cm H₂O @ 5 LPM) and a dead space under 5 mL, this unit is optimized for minimal impact on ventilation while ensuring optimal heat and moisture retention. The compact 2-gram design features a 22M/15F universal connection and includes an ambient temperature sensor for precise monitoring.

✅ Key Features:

• Neonatal-Specific Design – Ideal for low tidal volume patients (5–50 mL).

• Efficient Moisture Delivery – Delivers 30 mg H₂O/L at VT 20 mL for effective humidification.

• Ultra Low Dead Space – Less than 5 mL to reduce impact on breathing effort.

• Minimal Flow Resistance – 1.0 cm H₂O @ 5 LPM ensures smoother airflow.

• Lightweight Construction – Weighs just 2 grams for patient comfort and clinical ease.

• Standard Connections – 22 mm Male / 15 mm Female connectors for universal fit.

• Integrated Temperature Sensor – Supports ambient temp monitoring (sensor-ready).

• No Filter Design – Simplifies airflow path and reduces device resistance.

🛠️ Product Specifications:

• Brand: AirLife

• Manufacturer: Sun Med

• Item Number: 5704EU

• Application: Heat and Moisture Exchanger (HME)

• User: Neonatal

• Style: Straight

• Volume Range: 5–50 mL

• Moisture Output: 30 mg H₂O/L @ VT 20 mL

• Resistance: 1.0 cm H₂O @ 5 LPM

• Dead Space: <5 mL

• Filter: No BFE/VFE

• Sterility: Non-Sterile

• Material: Polypropylene

• Connection: 22 mm Male / 15 mm Female

• Weight: 2 grams

• UNSPSC Code: 42271801

Deliver optimal humidification for neonatal ventilation with the AirLife HME—compact, effective, and built for clinical precision.