- Pulse Oxygen Saturation (SpO2) Monitoring: The device continuously measures the amount of oxygen bound to hemoglobin in the blood, providing crucial information about the patient's respiratory function.
- Real-Time Pulse Rate (PR) Measurement: It tracks the heart rate in real-time, which is essential for detecting cardiac anomalies or stress responses.
- Perfusion Index (PI) Assessment: This unique feature gauges the relative strength of blood flow at the site where the sensor is applied. PI values give an indication of how well arterial blood is perfusing the tissue, with lower values suggesting weaker perfusion.
- Respiratory Rate (RR) Monitoring: The device also calculates breathing rate, which can be particularly valuable for patients with respiratory issues or during anesthesia.
- Infrared Spectrum Absorption-based Transmission: It transmits pulse wave signals based on the absorption of infrared light, enabling accurate readings even under challenging conditions.
- System Status Reporting and Alarms: The device provides continuous updates on its own working status, hardware, software, and sensor health. Any abnormalities trigger alerts on the host computer for prompt action.
- Patient-Specific Modes: Three distinct modes – adult, pediatric, and neonatal – ensure precise measurements tailored to different age groups and physiological needs.
- Parameter Averaging Settings: Users can set the averaging time for calculated parameters, thus adjusting the response time for various readings.
- Motion Interference Resistance and Weak Perfusion Measurement: Designed to maintain accuracy even when the patient is moving or has weak peripheral circulation, which is critical in many clinical scenarios.
- Enhanced Accuracy in Low Perfusion Conditions: The device boasts exceptional accuracy, specifically ±2% of SpO2 at a weak perfusion level as low as PI=0.025%. This high level of precision is especially important in cases such as premature infants, poor circulation patients, deep anesthesia, dark skin tones, cold environments, specific testing sites, etc., where accurate oxygen saturation readings are difficult to obtain but critically important.
Overall, this product delivers comprehensive and reliable vital signs monitoring, ensuring healthcare professionals have access to accurate and timely data to make informed decisions about patient care.
