Capnograph Sensor

A capnography sensor designed to measure end-tidal carbon dioxide levels for monitoring respiratory status.

Disposable infrared sensor for capnographic measurement of end-tidal CO2 and respiratory rate. Compatible with various anesthesia and respiratory monitoring systems for single-patient use.

Replaceable sensor cartridges for capnography equipment measuring end-tidal carbon dioxide. Consumable component essential for continuous patient respiratory monitoring.

End-tidal carbon dioxide sensor for monitoring patient respiratory parameters including ETCO2 and respiratory rate. Works with compatible capnography monitoring systems.

Capnography water filter for CO2 monitoring systems that removes moisture from patient respiratory gas samples to maintain sensor accuracy and device performance. Essential consumable for capnometers and capnography monitors used in clinical respiratory monitoring and patient assessment.

Replacement and accessory components for mainstream capnography sensors. Maintains sensor performance and extends useful life of monitoring equipment.

Sensors for measuring end-tidal carbon dioxide during anesthesia and mechanical ventilation. Monitors adequacy of ventilation.

SpO2 and EtCO2 sensors for non-invasive patient monitoring in clinical settings. These disposable sensor assemblies measure peripheral oxygen saturation and end-tidal carbon dioxide levels, supporting real-time respiratory and cardiovascular assessment during anesthesia, critical care, and perioperative monitoring.

Sterile disposable sensors for end-tidal carbon dioxide measurement during anesthesia and critical care. Available in mainstream and sidestream configurations.

Capnography sampling cannula for non-invasive end-tidal CO2 monitoring during anesthesia and critical care. Delivers exhaled gas samples to capnographic monitoring systems for real-time respiratory assessment. Single-use design ensures sterility and reduces cross-contamination risk.

Capnography ETCO2 sampling cannula for non-invasive measurement of end-tidal carbon dioxide in patient breathing circuits. Enables real-time respiratory monitoring during anesthesia, critical care, and emergency procedures. Single-use design ensures sterility and reduces cross-contamination risk.

Disposable components for capnography monitoring systems including sensors and sampling lines. Ensures compliance with infection control and equipment maintenance.