Nonin Model 3230 Bluetooth: A High-Performing Wireless Pulse Oximeter
The Nonin Model 3230 is an external wireless finger pulse oximeter designed to provide precise and reliable measurements of oxygen saturation (SpO₂) and pulse rate. Utilizing Bluetooth Low Energy (LE) technology, this device enables spot-check monitoring with simplified and secure connectivity, facilitating the exchange of vital information.
One of the key strengths of the Nonin Model 3230 is its ability to deliver accurate measurements for a wide range of patients. With PureSAT SpO₂ technology, it provides pulse-by-pulse readings, which are particularly useful for capturing rapid desaturation events. This feature is crucial in clinical settings where precise and timely monitoring is essential.
The Nonin Model 3230 is equipped with CorrectCheck technology, which provides feedback when the finger is not properly placed in the device. This ensures that measurements are taken correctly, enhancing the accuracy of the results. Additionally, the SmartPoint sync feature indicates when the oximeter is syncing with the hub, allowing the user to remove the oximeter after synchronization is complete.
SmartPoint technology also determines when a high-quality measurement is ready to be transmitted, ensuring that the data sent is reliable and accurate. The oximeter also provides a pulse amplitude index number in the data stream, eliminating the need to calculate this number manually.
The Nonin Model 3230 is designed for durability and high quality, backed by a two-year warranty. It can perform up to 2,200 spot checks on two AAA batteries, making it a practical and economical tool for extended use. With over 30 years of experience and more than 400 global OEM partners, Nonin is a trusted partner for patient monitoring solutions.
The Nonin Model 3230 Bluetooth is a high-performing and reliable wireless pulse oximeter designed to provide accurate measurements and simplified connectivity. With its advanced technologies and durability, it is ideal for use in various clinical environments, ensuring effective and secure patient monitoring.