The Crosstex Accutron Axess Capnography Adapters are indispensable tools for healthcare professionals ensuring optimal patient monitoring. Designed specifically for single-use, these adapters safely connect a CO2 capnograph monitor sample line. This allows for continuous monitoring of end-tidal CO2 levels, an essential metric for assessing respiratory function, especially during anesthesia, sedation, and in critical care settings.

Packaged at 24 per pack, they are lightweight and effortlessly attachable, promoting ease of use and hygiene by preventing cross-contamination. Their compatibility with most standard CO2 monitors makes them a versatile component in any healthcare setting. Consequently, they enable reliable and real-time readings, significantly contributing to the accurate assessment of a patient's respiratory status. Their reliability and ease of integration help healthcare providers offer superior patient care.

Key Features:

• Designed for single-use to ensure maximum hygiene and prevent cross-contamination.
• Allows for precise connection to CO2 capnograph monitors, facilitating accurate real-time patient monitoring.
• Lightweight and easy to attach, enhancing convenience for healthcare providers during continuous or spot-checking monitoring.

Uses:

• The Crosstex Accutron Axess Capnography Adapters are used to connect a CO2 capnography monitor sample line to monitor patient end-tidal CO2 effectively. They aid in tracking respiratory status, ensuring accurate readings of the partial pressure of carbon dioxide at the end of expiration.

FAQs:

1. Can these adapters be reused?
No, Crosstex Accutron Axess Capnography Adapters are designed for single-use to maintain hygiene and reliability.

2. Are these adapters compatible with any CO2 monitor?
These adapters are compatible with most standard CO2 capnography monitors, ensuring broad usability.

3. How many adapters are in each pack?
Each pack contains 24 single-use capnography adapters.

4. What is the primary benefit of using these adapters?
The primary benefit is to enable accurate monitoring of end-tidal CO2, which is crucial for assessing a patient's respiratory status.