Airlife Disposable Mask Intubation Adapter 22mm X 15mm

What is 55001820-Each Airlife Disposable Mask Intubation Adapter 22mm X 15mm?

The 55001820-Each Airlife Disposable Mask Intubation Adapter 22mm x 15mm is a sterile, single-use medical device engineered to connect a face mask to an endotracheal tube during airway management procedures. Featuring a 22mm male-to-15mm female taper, it ensures compatibility with standard respiratory circuits and masks. Commonly used in emergency rooms, intensive care units, and during patient transport, this adapter supports effective ventilation while minimizing contamination risks due to its disposable design.

Key features

• Sterile and Disposable — Single-use design reduces cross-contamination risk.
• Universal Fit — 22mm to 15mm taper fits standard masks and tubes.
• Clear Material — Allows visual confirmation of airway patency.
• Smooth Bore Design — Minimizes airflow resistance during ventilation.
• Latex-Free — Safe for use in latex-sensitive environments.
• Compact and Lightweight — Easy to store and transport in medical kits.
• Individually Packaged — Ensures sterility until point of use.

Who is 55001820-Each Airlife Disposable Mask Intubation Adapter 22mm X 15mm for?

This adapter is ideal for healthcare professionals including paramedics, respiratory therapists, nurses, and physicians involved in airway management. It is especially valuable in emergency response, hospital critical care, and transport settings where rapid, reliable ventilation connections are essential. Its design supports both routine and urgent intubation procedures.

How does 55001820-Each Airlife Disposable Mask Intubation Adapter 22mm X 15mm compare?

Compared to reusable metal adapters, this disposable version eliminates sterilization needs and reduces infection risks. Unlike generic plastic connectors, it meets ISO 5356-1 standards for taper accuracy, ensuring secure, leak-free connections. It outperforms non-sterile alternatives in clinical environments requiring high hygiene standards, while maintaining cost-efficiency per unit at $1.21.