Heat And Moisture Exchanger, No Port, Neonatal

What is 60DYNJAPHME18-Each Heat And Moisture Exchanger, No Port, Neonatal?

The 60DYNJAPHME18-Each Heat And Moisture Exchanger, No Port, Neonatal is a compact, single-patient-use device designed to maintain airway humidity during mechanical ventilation of neonates. Featuring a hygroscopic membrane, it captures exhaled heat and moisture to condition inhaled air, reducing the risk of airway drying and mucus buildup. With a minimal 2mL dead space and a weight of just 2g, it's engineered for precision in low-tidal-volume applications. Compliant with ISO standards, this HME is latex-free and intended for replacement every 24 hours to ensure optimal performance and patient safety.

Key features

• Hygroscopic Membrane — traps moisture from exhaled air to humidify inhaled gases.
• Low Dead Space — 2mL volume minimizes rebreathing in neonatal circuits.
• High Filtration — provides effective airway protection across patient sizes.
• Single-Patient Use — designed for 24-hour replacement to reduce infection risk.
• Moisture Output — delivers 32mg H2O at 25mL tidal volume for stable humidification.
• Low Resistance — 145Pa at 60 LPM ensures minimal breathing effort.
• Tidal Volume Range — effective for volumes above 10mL, ideal for neonates.

Who is 60DYNJAPHME18-Each Heat And Moisture Exchanger, No Port, Neonatal for?

This HME is tailored for neonatal intensive care units (NICUs) and pediatric anesthesia settings where precise airway management is critical. It supports infants requiring mechanical ventilation by maintaining optimal humidity and temperature in the breathing circuit. Healthcare providers seeking reliable, ISO-compliant HMEs for short-term use will find this device suitable for reducing circuit moisture accumulation and enhancing patient comfort.

How does 60DYNJAPHME18-Each Heat And Moisture Exchanger, No Port, Neonatal compare?

Compared to standard HMEs, this neonatal-specific model offers lower dead space and is optimized for tidal volumes above 10mL, making it more suitable for small patients than adult-focused units. Unlike HMEs with sampling ports, its no-port design simplifies the circuit and reduces leak points, beneficial in closed-system applications. While active humidifiers provide higher moisture delivery, this passive HME offers a lightweight, cost-effective alternative where circuit simplicity and sterility are priorities. It outperforms basic filters by integrating both humidification and filtration in one compact, latex-free unit.