Adult Nasal/Oral Dual C02 sampling cannula, 2,1m tubing, Male Luer Lock connection Bx/50

$311.55

The PH1409-ML Adult Nasal/Oral Dual CO₂ Sampling Cannula is designed for accurate and reliable capnography monitoring in adult patients. Featuring a dual nasal and oral sampling design, it ensures effective capture of exhaled CO₂ for enhanced monitoring precision during anaesthesia, sedation, and respiratory care procedures.

With 2.1m of flexible tubing, it offers patient comfort and ease of positioning, while the Male Luer Lock connection provides a secure, leak-resistant fit to compatible monitoring systems. Supplied in a box of 50 for clinical efficiency and convenience.

SKU: PH1409-ML Categories: , , , , Brand:

PH1409-ML Adult Nasal/Oral Dual CO₂ Sampling Cannula, 2.1m Tubing, Male Luer Lock Connection – Box of 50

The PH1409-ML Adult Nasal/Oral Dual CO₂ Sampling Cannula is designed for accurate and reliable capnography monitoring in adult patients. Featuring a dual nasal and oral sampling design, it ensures efficient collection of exhaled CO₂ for enhanced monitoring accuracy during anesthesia, sedation, and respiratory care.

Equipped with 2.1 meters of flexible tubing, this cannula provides patient comfort and ease of positioning while maintaining consistent sample flow. The Male Luer Lock connection ensures a secure and leak-resistant attachment to compatible monitoring systems, supporting dependable clinical performance.

Features:

  • Adult nasal/oral dual CO₂ sampling cannula
  • Designed for accurate capnography monitoring
  • 2.1m flexible tubing for patient comfort and positioning
  • Male Luer Lock connection for secure attachment
  • Efficient dual sampling (nasal and oral) for improved accuracy
  • Lightweight, disposable design
  • Single-patient use
  • Suitable for anesthesia, sedation, and respiratory monitoring
  • Supplied in a box of 50 cannulas

Applications:
Ideal for use in hospitals, operating theatres, emergency departments, and procedural sedation environments requiring reliable end-tidal CO₂ monitoring.