Description:
Reprocessed RD SET Adt/Pdt/Inf Pulse Oximeter Sensors (4000, 4001, 4002, 4003) by Stryker Sustainability Solutions
Produced by Stryker Sustainability Solutions, the Reprocessed RD SET Pulse Oximeter Sensors are crucial for the non-invasive assessment of oxygen saturation levels in the body. This state-of-the-art device range truly holds the power to deliver critical data in healthcare settings. The sensors can play a pivotal role in the timely management and treatment of patients, especially those with respiratory conditions.
These sensors are distinguished by their designations: Adult (Adt - 4000 and 4003), Pediatric (Pdt - 4001), and Infant (Inf - 4002). Each sensor is meticulously reprocessed and packaged to ensure their quality and performance match that of a brand-new product.
Primary Uses
The Reprocessed RD SET Pulse Oximeter Sensors are chiefly used to monitor the levels of oxygen saturation in individuals' blood. By providing healthcare professionals with critical information about the percentage of oxygenated hemoglobin, these sensors support effective patient assessment and management, particularly in situations calling for rapid responses.
Benefits
The advantages of these sensors are multiple. They offer:
- Cost-effectiveness: As reprocessed devices, they help healthcare facilities reduce costs while ensuring high-quality patient care.
- Variety: Available in adult, pediatric, and infant variants, they cater to a wide demographic, ensuring accurate readings for various patient groups.
- Eco-friendliness: By opting for reprocessed devices, healthcare institutions contribute to environmental sustainability, reducing medical waste.
The Reprocessed RD SET Pulse Oximeter Sensors demonstrate Stryker Sustainability Solutions' commitment to making healthcare safer, more effective, and more sustainable.
How It Works:
Overview: Reprocessed RD SET Pulse Oximeter Sensors
The
Reprocessed RD SET Pulse Oximeter Sensors are a range of medical devices designed for the effective monitoring of patient's vital signs, particularly pulse rate and blood oxygen saturation levels (SpO2). These sensors come in a choice of models designed to cater to different needs, namely: Adt (4000 & 4003), Pdt (4001), and Inf (4002).
Operation: Understanding the Pulse Oximetry Principle
Pulse Oximetry, a tool used in these sensors, is a non-invasive method to monitor the percentage of oxygenated hemoglobin. This is done by sending two wavelengths of light, typically red and infrared, through a pulsating vascular bed and detecting changes in light absorption during the pulse.
Learn more about Pulse Oximetry here.
Utility: Why Use Reprocessed RD SET Pulse Oximeter Sensors?
The primary advantage of these expressed in their design philosophy: the RD SET Pulse Oximeter Sensors are reprocessed, meaning they've undergone a rigorous inspection, refurbishment and testing process to ensure their safe and efficient functioning.
Learn more about Medical Device Reprocessing here.
Patient Compatibility: Suitable for a Range of Age Groups
The difference between the Adt (4000 & 4003), Pdt (4001), and Inf (4002) sensors lies in the age group they are designed for, which makes the Reprocessed RD SET Pulse Oximeter Sensors flexible tools for clinical settings dealing with different age groups.
Adt variant is for Adults,
Pdt variant is optimised for Paediatric use,
Inf variant is ideally tailored for Infants.
Conclusion: A Reliable Option for Vital Signs Monitoring
In summary, the Reprocessed RD SET Pulse Oximeter Sensors offer a reliable, cost-efficient, and flexible solution for the monitoring of vital signs across a range of patient age groups. Their use should certainly be considered in any medical practice bent on delivering first-class patient monitoring.