EtCO2 Sensors for Accurate Respiratory Monitoring

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Discover the Advanced Nihon Kohden ETCO2 Sensor

Discover the Advanced Nihon Kohden ETCO2 Sensor

The Nihon Kohden ETCO2 Sensor is a cutting-edge medical device designed to accurately measure end-tidal carbon dioxide levels in patients. As part of our extensive range of medical monitor accessories at Shenzhen Redy-Med, this sensor reflects our commitment to quality and innovation. With a focus on reliability and precision, our ETCO2 sensor is suitable for various clinical environments, ensuring optimal patient care. Explore our product features, advantages, and why our sensors are trusted by healthcare professionals worldwide.
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Advantages of the product

Fast response time

These sensors feature a rapid response mechanism, allowing for immediate detection of changes in EtCO2 levels. This fast response enables healthcare providers to promptly identify respiratory abnormalities, such as hypoventilation or hyperventilation, and take timely corrective measures.

Non - invasive operation

Most EtCO2 sensors offer non - invasive measurement methods, such as mainstream or sidestream sampling. This eliminates the need for invasive procedures, reducing patient discomfort and the risk of complications, while still providing reliable respiratory monitoring data.

Related products

The Nihon Kohden ETCO2 Sensor is integral in modern medical monitoring, providing essential data on a patient’s respiratory status. By measuring the concentration of carbon dioxide in exhaled air, this sensor helps clinicians assess ventilation and detect potential respiratory distress. Its precision and reliability are critical in emergency and surgical settings, where timely interventions can save lives. As a trusted partner in healthcare, Shenzhen Redy-Med is dedicated to delivering high-quality medical accessories that meet the evolving needs of professionals worldwide.

Common problem

Where is an EtCO2 sensor commonly used?

EtCO2 sensors are widely used in anesthesia machines to monitor a patient's respiratory status during surgery, in intensive care units to detect changes in ventilation, and in emergency medicine to quickly assess a patient's breathing function and acid - base balance.
EtCO2 sensors can be used on most patients, but in some cases, such as patients with severe nasal or oral obstructions, or those on high - flow oxygen therapy, adjustments may be needed. Special considerations should also be taken for neonatal and pediatric patients, using appropriately sized sensors and sampling methods.
Common issues include inaccurate readings due to sensor contamination, malfunctioning sampling pumps in sidestream sensors, or incorrect calibration. Loose connections in the breathing circuit (for mainstream sensors) or sampling tube (for sidestream sensors) can also lead to unreliable data.

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Customer Reviews

Grace

This EtCO2 sensor is compatible with multiple monitors, increasing its usability. It has a low signal-to-noise ratio, ensuring clear and precise measurements.

Luna

While the sensor performs well, the cable could be more durable. However, it’s still an essential tool for respiratory monitoring in any medical setting.

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Easy to integrate

Easy to integrate

EtCO2 sensors are designed to be easily integrated with various medical monitoring devices, such as anesthesia machines and patient monitors. Their standardized interfaces and communication protocols ensure seamless connection and data sharing, enhancing the overall functionality of the medical monitoring system.
Advanced Technology

Advanced Technology

Our Nihon Kohden ETCO2 Sensor incorporates state-of-the-art technology that ensures precise measurements of end-tidal CO2. This advancement is crucial for effective patient monitoring, allowing healthcare professionals to act swiftly in critical situations.

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