Home / Respiratory / Nasal Cannulas / Demand Nasal Cannula / Demand Nasal Cannula High Flow Delivery Oxymizer® Adult Straight Prong / NonFlared TipP224
Picture of Demand Nasal Cannula High Flow Delivery Oxymizer® Adult Straight Prong / NonFlared TipP224

Demand Nasal Cannula High Flow Delivery Oxymizer® Adult Straight Prong / NonFlared TipP224

Demand-Nasal-Cannula-High-Flow-Delivery-Oxymizer®-Adult-Straight-Prong--NonFlared-TipP224

SKU #

#640680

MPN #

P224

Brand

Vyaire Medical

Stock

In Stock

Quantity

100

Features

CANNULA, OXIMIZER PENDENT (24/CS) CARFUS

$2,047.48 USD

Product Specifications Product Usage Additional Information
Print
Attribute Name Attribute Value
McKesson # 640680
Manufacturer # P224
Brand Oxymizer®
Manufacturer Vyaire Medical
Application Demand Nasal Cannula
Color Clear
Fastening Type Over Ear
Flow Rate High Flow Rate
Material PVC
Nasal Prongs Straight Prong / NonFlared Tip
Sterility NonSterile
Supply Tube Length Without Tubing
Tubing Style Divided Tubing / Kink Resistant Tubing
Type High Flow Delivery
UNSPSC Code 42271709
Usage Single Patient Use
User Adult
Compare Selected Items Email

Similar Items

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

Underarm Crutches McKesson Aluminum Frame Tall Adult 350 lbs. Weight Capacity Push Button - Adjustment

One Size Fits Most White NonSterile Not Rated 8211

In Stock

PR/1 $9.76 USD

  • Reduces nasal irritation, eliminate the need for supplemental humidification and provide oxygen savings of up to 75%
  • Comes with an easy-to-conceal pendant
  • Facilitates conservation through the use of a reservoir that stores oxygen during exhalation for delivery during inhalation