Heat Moisture Exchangers (HME)

Humid-Vent Filters are high-performance heat and moisture exchangers (HMEs) that are coupled with hydrophobic bacterial/viral breathing filters. In addition to their bacteriostatic properties, a high level of protection is provided by a true hydrophobic filter.Thanks to their compact design, lightweight Humid-Vent Filters provide excellent heat and humidification output combined with very low dead space. Available in Light, Compact, Small and Pedi versions, the Humid-Vent filter range is suitable for the most diverse applications in anaesthesia and the ICU. The Humid-Vent Filter Compact The Humid-Vent Filter Compact is the third generation of combined HME/filter and is the ideal solution for use in the ICU and in anesthesia applications. Humid-Vent Filter Small The Humid-Vent Filter Small is small, extremely lightweight and particularly versatile. It is ideal for use with larger children and adults undergoing anesthesia. It offers adult performance in a child-sized format (dead space 27 ml) with a tidal volume of up to 1000 ml. Humid-Vent Filter Pedi Developed for children receiving anesthesia, or in the ICU, the Humid-Vent Filter Pedi can be used for tidal volumes from 50 ml up to 250 ml.

Heat Moisture Exchanger Filter HMEF, Pall BB25A, with Elbow 6224

Hepashield™ pleated hydrophobic bacterial/viral mechanical filters minimize flow resistance and maximize surface area for superior filtration efficiency. * Secure Luer Lock * Push-fit tethered luer lock cap, secured with a strap reducing the risk of misplacement or loss. * Universal Connection * The 22M/15F – 22F/15M connectors prevent fitting in the wrong direction, and comply with current ISO 5356-1:2015 standards, making them compatible for use with all breathing systems. * Reduced Drag * Light weight construction reduces drag on the breathing system and airway. * Rounded Edges * Smooth contours prevent pressure marks on the patient.

KimVent® Heat and Moisture Exchangers (HME) ensure effective moisture and heat retention, minimizing moisture loss of the patient. Features: * Low resistance to flow * Light weight