Key Features:
- Dual Applicability (Neo/Adult): The LNCS Disposable SpO2 Sensor is versatile and suitable for use in both neonatal and adult patients. This dual applicability allows for a wider range of patient monitoring, making it a convenient and flexible choice for healthcare providers.
- SpO2 Monitoring: The primary function of the sensor is to monitor oxygen saturation levels in the blood, commonly referred to as SpO2. This measurement provides critical information about the patient's respiratory status and oxygenation.
- Pulse Rate Monitoring: In addition to SpO2, the sensor also monitors the patient's pulse rate. This is crucial for assessing the heart rate and overall cardiovascular health of the patient.
- Disposable Design: The LNCS Disposable SpO2 Sensor is designed for single-use, disposable applications. This design helps prevent cross-contamination between patients and ensures hygienic monitoring during each use.
- Low Noise Cabled Sensors: The term "LNCS" stands for Low Noise Cabled Sensors, indicating that these sensors are engineered to provide accurate and reliable data with minimal interference or noise. This is essential for obtaining precise SpO2 and pulse rate measurements.
- Ease of Application: The sensor is typically designed for easy and quick application to the patient's finger or another appropriate site. The ease of application contributes to efficient patient monitoring and reduces the time required for sensor placement.
- Compatibility: LNCS Disposable SpO2 Sensors are designed to be compatible with specific monitoring devices or pulse oximeters. It's important to ensure compatibility with the monitoring equipment used in a healthcare facility.
- Adhesive Backing: Some disposable SpO2 sensors come with an adhesive backing that helps secure the sensor in place during monitoring. This is particularly useful in situations where the patient may be moving or undergoing procedures.
Healthcare professionals commonly use LNCS Disposable SpO2 Sensors as part of routine patient monitoring protocols. These sensors provide valuable information about a patient's oxygenation status and pulse rate, contributing to comprehensive and continuous patient care.