Digital Signal SPO2 Module RN-III Supplier

product details

RN-III Advanced digital signal processing (DSP) algorithms excel in reducing motion artifacts. Motion artifacts are signal interference caused by impedance changes between the skin and the electrodes. Their spectrum often overlaps with the original signal (such as the ECG signal) and is difficult to separate. DSP algorithms can effectively identify and remove these artifacts through a variety of techniques, such as adaptive noise cancellation (ANC) and discrete wavelet transform (DWT). For example, a two-stage motion artifact filtering algorithm significantly reduces motion artifacts in ECG signals through weighted adaptive noise filtering and recursive Hampel filters.

In medical monitoring devices, reducing motion artifacts is critical. It can avoid signal misjudgment caused by patient activity and improve diagnostic accuracy. For example, in wearable ECG monitoring devices, after removing motion artifacts through DSP algorithms, heart health can be accurately monitored even when the patient is in motion.

Product Name	Digital Signal SPO2 Module RN-III
Model	RN-III
Features	Advanced DSP algorithm minishes the influence of motion artifact All digital-signal processing improves accuracy of low perfusion Small size, easy to be assembled

Product advantages

Professional and Precise

RN-III Advanced DSP algorithms, fully digital signal processing technology, miniaturized design, and easy assembly have jointly promoted the intelligent and convenient development of medical equipment. These technologies not only improve the performance and reliability of equipment, but also provide patients with a better user experience, providing a strong impetus for innovation and development in the medical industry.

Miniaturization and easy assembly are important development directions of modern medical equipment. Miniaturized equipment is easy to carry and wear, which improves the comfort and compliance of patients. At the same time, easy-to-assemble design reduces production costs and improves production efficiency. For example, some wearable medical devices adopt modular design, and users can assemble and replace parts by themselves as needed, which is not only convenient for use, but also prolongs the service life of the equipment.

Technical implementation: Miniaturization and easy-to-assemble design rely on advanced manufacturing processes and material science. For example, through miniaturized sensors and integrated circuit technology, complex signal processing functions can be integrated into a small chip. In addition, technologies such as 3D printing also make rapid assembly and customized production possible.

Professional manufacturer

Wuhan Uryn Medical Technology Co., LTD., is a collection of R&D, production, and sales of patient monitor, remoting patient monitor, vital sign monitor, handheld pulse oximeter, electrocardiogram machines. We are also provide SKD and OEM service. we are the main body of the high-tech professional technology company.