Nihon Kohden YG-211T Adult Airway Adapter, 30/Bx
The Nihon Kohden YG-211T Adult Airway Adapter is a Cap-ONE® EtCO₂ intubated airway adapter designed for accurate mainstream carbon dioxide monitoring in intubated patients. This adapter enables reliable end-tidal carbon dioxide (EtCO₂) measurement when used with compatible Nihon Kohden patient monitoring systems.
Designed for use in both pediatric and adult patients weighing over 7 kg, the YG-211T airway adapter provides precise CO₂ monitoring while maintaining a low dead space of 4 mL. The low dead space design helps reduce the impact on ventilation, making it suitable for critical care, surgical, and emergency applications.
The adapter is intended for use in intubated airway circuits and integrates seamlessly with Nihon Kohden Cap-ONE® mainstream CO₂ monitoring technology. Supplied in a box of 30 units, it is suitable for clinical environments requiring consistent, high-performance respiratory monitoring solutions.
This product supports dependable capnography monitoring to assist healthcare professionals in evaluating ventilation status, confirming endotracheal tube placement, and monitoring respiratory conditions in real time.
Key Features
Cap-ONE® mainstream EtCO₂ intubated airway adapter
Designed for adult and pediatric patients over 7 kg
Low dead space design of 4 mL
Supports accurate and continuous CO₂ monitoring
Compatible with selected Nihon Kohden patient monitors
Supplied as 30 adapters per box
Suitable for hospital and critical care environments
Compatibility
For use with the following Nihon Kohden monitors:
BSM-1700
BSM-3500
BSM-6000
CSM-1901
OLG-3800
Please confirm compatibility with your monitoring system prior to purchase.
Ideal Use
The Nihon Kohden YG-211T Adult Airway Adapter is ideal for:
Intensive care units (ICU)
Operating rooms and surgical theaters
Emergency departments
Ambulance and transport ventilation monitoring
Respiratory therapy departments
It is intended for use in intubated patients requiring continuous mainstream capnography monitoring to assess ventilation, airway status, and respiratory function.
