Disposa-Hood™ Infant Oxygen Hoods

Disposa-Hood™ is an infant respiratory hood designed for precise control of NTE, and precise oxygenation with consistent FiO2 distribution and CO2 flushing.

Disposa-Hood™ is an excellent solution to problems encountered during oxygen delivery and Neutral Thermal Environment control.

• Unique "Laminar Flow" design maintains consistent FiO2 levels throughout hood and improves CO2 flushing.
• Convenient top port accommodates temperature and oxygen sensors.
• Raised base ports for convenient placement of tubing and cables.
• Clear, seamless material allows total visibility of infant from all angles.
• Diffuser prevents oxygen from blowing directly on infant.
• Soft padded neck opening is gentle to infant's skin.
• Weighted base collar keeps hood in place, even with active infants.

ADVANTAGES OVER REUSABLES

The Disposa-Hood™ Disposable Infant Oxygen Hood offers the most popular advantages found in reusable hoods. Distortion-free neonate visualization and excellent FiO2 distribution are integrated in a disposable hood, so cross contamination is no longer a risk. With Disposa-Hood™ the toils of inter-use cleaning, physical tracking, and regular bioburden buildup testing are eliminated, conserving valuable time and resources. Also eliminated are the unsightly scratches that accumulate with repeated use and cleaning, as well as the high replacement cost of a damaged reusable hood.

ADVANTAGES OVER TENTS

Disposa-Hood™ has many advantages over cumbersome, inefficient tents. The Disposa-Hood™ is ready to use right out of the box, saving the time and eliminating the frustration involved with setting up the tent. The seamless, transparent design eliminates guesswork when the neonate requires visual assessment. Efficient distribution of the FiO2 and flushing of the CO2 are important benefits of the rounded Disposa-Hood™ shape, a flow design which can not be found in the available tents.

With the wide range of sizes available and the advantages that Disposa-Hood™ Respiratory Hoods offer, there is no reason to accept less than the best possible oxygen delivery system.