Heat Moisture Exchange and HMEF Filters


MC-700 Angled HMEF

MC-700 Angled HMEF

Bacterial/Viral Efficiency = 99.99%
Electrostatic Media
HME media treated with physiologically safe calcium chloride
30.4 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 148pa
Tidal Volume = 150 - 1500ml
Deadspace = 22.5ml
Weight = 18.8g
With luer sampling port
15F/22M - 15M - ISO Connections

MC-700NF Angled HME

MC-700NF Angled HME

HME media treated with physiologically safe calcium chloride
30.4 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 148pa
Tidal Volume = 150 - 1500ml
Deadspace = 22.5ml
Weight = 18.8g
With luer sampling port
15F/22M - 15M - ISO Connections

MC-701 Angled HMEF

MC-701 Angled HMEF

99.99% Bacterial/Viral Efficiency
Electrostatic Media
HME media treated with physiologically safe calcium chloride
30.4 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 148pa
Tidal Volume = 150 - 1500ml
Deadspace = 22.5ml
Weight = 18.8g
15F/22M - 15M - ISO Connections

MC-701NF Angled HME

MC-701NF Angled HME

HME media treated with physiologically safe calcium chloride
30.4 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 148pa
Tidal Volume = 150 - 1500ml
Deadspace = 22.5ml
Weight = 18.8g
15F/22M - 15M - ISO Connections

MC-750 Straight HMEF

MC-750 Straight HMEF

99.99% Bacterial/Viral Efficiency
Electrostatic Media
HME media treated with physiologically safe calcium chloride
30.4 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 148pa
Tidal Volume = 150 - 1500ml
Deadspace = 22.5ml
Weight = 18.8g
With luer sampling port
15F/22M - 15M - ISO Connections

MC-750NF Straight HME

MC-750NF Straight HME

HME media treated with physiologically safe calcium chloride
30.4 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 148pa
Tidal Volume = 150 - 1500ml
Deadspace = 22.5ml
Weight = 18.8g
With luer sampling port
15F/22M - 15M - ISO Connections

MC-751 Straight HMEF

MC-751 Straight HMEF

99.99% Bacterial/Viral Efficiency
Electrostatic Media
HME media treated with physiologically safe calcium chloride
30.4 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 148pa
Tidal Volume = 150 - 1500ml
Deadspace = 22.5ml
Weight = 18.8g
15F/22M - 15M - ISO Connections

MC-751NF Straight HMEF

MC-751NF Straight HME

HME media treated with physiologically safe calcium chloride
30.4 gm/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 148pa
Tidal Volume = 150 - 1500ml
Deadspace = 22.5ml
Weight = 18.8g
15F/22M - 15M - ISO Connections

MC-775 Straight HMEF

MC-775 Straight HMEF

99.99% Bacterial/Viral Efficiency
Electrostatic Media
HME media treated with physiologically safe calcium chloride
30.4 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 148pa
Tidal Volume 150 - 1500ml
Deadspace 22.5ml
Weight 18.8g
15F/22M - 22F - ISO Connections

MC-650 Straight HMEF

MC-650 Straight HMEF

99.99% Bacterial/Viral Efficiency
Electrostatic Media
HME media treated with physiologically safe calcium chloride
33.2 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 172pa
Tidal Volume = 150 - 1500ml
Deadspace = 48.5ml
Weight = 35g
15F/22M - 22F - ISO Connections

MC-650NF Straight HME

MC-650NF Straight HME

HME media treated with physiologically safe calcium chloride
33.2 mg/H2O Humidity Output @ VT 500ml
Resistance @ 60LPM - 172pa
Tidal Volume 150 -1500ml
Deadspace 48.5ml
Weight 35g
15F/22M - 22F - ISO Connections

MC-790 Neonatal HME

MC-790 Neonatal HME

HME media treated with physiologically safe calcium chloride
32.1 mg/H2O Humidity Output @ VT 25ml
Resistance @ 10LPM - 145pa
Tidal Volume Range >10ml
Deadspace = 2.0ml
Weight = 3.7g
15F - 15M - ISO Connections

Humidification during mechanical ventilation is necessary to prevent inspissation of airway secretions, hypothermia, and atelectasis. This can be accomplished using either a heat moisture exchange filter (HME) or a heated humidifier. A humidification device should provide a minimum of 30 mg H2O/L of delivered gas at 33+/- 2 degrees C during the exchange. HME filters are passive humidification systems that retain heat and moisture from the patient's exhaled gas via a hygroscopic filter.

MEDICOMP media has a condensation surface with hygroscopic coating. this helps ensure the HME filters provide effective moisture exchange and heat retention thus minimizing the moisture and heat loss of the patient. MEDICOMP HME filters help create normal conditions in the patient's airway and lungs during exchange, which helps to reduce the risk of breathing and lung complications for patients in critical care and anesthesia environments.

MEDICOMP offers several different combined heat moisture exchange and heat moisture exchange filters filters. All HME filters are designed for applications in Critical Care, Respiratory Care, and Anesthesia. All heat moisture exchange filter combinations provide excellent moisture output greater than 30 mg H2O/L and also help provide efficient protection for both the patient and the equipment against various types of particles present in the breathing circuit. All HME and heat moisture efficiency filters are designed according to ISO standards to help facilitate connection to different ventilators and anesthesia systems.

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