Class II Medical-grade PVC CO2 & O2 Sampling Cannula with 5 Year Shelf Life for Accurate Breath Gas Analysis

Efficient O2 &CO2 Sampling Cannula | Supports Accurate Breath Gas Detection & Analysis

The Sampling Cannula is a high-performance device designed to deliver precise and reliable measurements of breath gases, including oxygen (O2) and carbon dioxide (CO2). With applications ranging from clinical diagnostics to research and fitness monitoring, this cannula ensures accurate, real-time data that supports improved patient care and research accuracy.

Features and Advantages

High Accuracy & Reliability:
The primary function of the O2 ＆ CO2 Sampling Cannula is to provide accurate breath gas analysis. This device uses cutting-edge sensors and materials that detect the concentration of oxygen and carbon dioxide in the exhaled breath with high precision, ensuring consistent and reliable results in clinical, medical, and scientific applications.

Non-Invasive Monitoring:
Designed for comfort, the cannula provides non-invasive monitoring of respiratory gases. This minimizes discomfort for patients and is ideal for long-term use, making it suitable for a variety of patient demographics, from children to the elderly.

Quick Response Time:

Wide Application Range
This versatile device supports multiple applications, including:

Clinical diagnostics: Monitoring oxygen and carbon dioxide levels in critical care settings or respiratory therapy.

Sports science: Analyzing athletes’ breathing during exercise to optimize performance and recovery.

Pulmonary research: Aiding in the study of respiratory function and the effects of various treatments on breath gases.

Compact & Lightweight:
The cannula is designed for ease of use, with a lightweight and compact structure that makes it easy to wear and move. It is unobtrusive, which is particularly important for patients who require continuous monitoring over an extended period.

Applications and Target Audience

• The O2 ＆ CO2 Sampling Cannula is designed to serve a broad range of professionals and industries. It is particularly useful in:
• Healthcare Providers: Hospitals, clinics, and respiratory therapists can use this device to monitor patient breathing during surgery, in ICU settings, or during oxygen therapy.
• Sports Science Professionals: Used by physiologists, trainers, and researchers to assess and optimize athletes' performance during exercise tests.
• This device is ideal for anyone needing accurate, real-time measurements of respiratory gases for analysis or monitoring.

Specifications & Parameters