- Condition: Factory New
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Learn more:
- MFR: Sun Med Ships from MFI Medical
- MPN: 003011
Frequently asked questions
Is this HME specifically designed for neonatal patients?
Yes, this AirLife Heat and Moisture Exchanger is purpose-built for neonatal care. It is specifically optimized for patients with a tidal volume range of 5–50 mL, ensuring safety and efficiency for sensitive applications.
How efficient is the moisture output?
This device provides consistent and reliable humidification, delivering a moisture output of 31.5 mg H₂O/L at a 50 mL tidal volume. This helps maintain airway integrity by effectively recapturing and returning heat and moisture to the patient.
Does the design minimize breathing resistance?
Absolutely. It features a compact, straight-style design engineered for comfort. It maintains a low flow resistance of only 1.1 cm H₂O at 15 LPM, which helps ensure ease of breathing for the neonatal patient.
What is the dead space of this exchanger?
The unit is designed with a minimal dead space of only 2 mL, which is critical for maintaining effective ventilation in neonatal patients.
Is the material durable for respiratory therapy?
The device is constructed from high-quality, durable polypropylene. It is lightweight (only 2 grams) yet engineered to withstand the rigors of respiratory therapy circuits.
What type of connection does this device use?
The AirLife HME is designed for universal compatibility in neonatal circuits:
- 15 mm ISO male connection (designed for the Y-piece)
- 15 mm female connection (designed for the ET tube)
Does this model include an integrated filter?
No, this specific model is a dedicated moisture exchanger without an integrated filter or ports, allowing for a more compact and streamlined design.
Is this item supplied in sterile packaging?
This component is supplied as non-sterile. Please ensure standard clinical protocols for single-use disposables are followed.
What is the weight of this unit?
The device is extremely lightweight, weighing only 2 grams. This minimal weight is intentional, as it reduces the potential for drag or displacement on the patient’s circuit.
How should this HME be integrated into a circuit?
As a straight-style exchanger, it is designed for simple, direct integration into the neonatal respiratory circuit. Its minimalist structure allows for quick placement between the Y-piece and the ET tube.