Everyone knows that patients require oxygen during the treatment process. In general hospitals, "oxygen" is a mixture of pure medical grade oxygen and air humidification and filtration. Doctors will measure and monitor in real-time the concentration, flow rate, pressure, and velocity of oxygen inhaled and exhaled by patients based on specific treatment needs. In special circumstances, patients require 100% concentration of pure oxygen. Therefore, oxygen concentration and flow measurement play an important role in different medical devices and therapeutic instruments. In order to meet the needs of medical applications, Sifang Optoelectronics has been continuously investing in research and development for 18 years, providing different gas sensing solutions. Based on core sensor technologies such as ultrasound, NDIR, and electrochemistry, Sifang Optoelectronics can provide comprehensive solutions for oxygen concentration and flow sensors, EtCO2 sensors, CO and CH4 sensors, as well as lung function measurement equipment.
Ultrasonic oxygen and flow sensors for medical equipment
Since 2020, due to the outbreak of the new Guan virus, the global demand for medical respiratory tables and oxygen concentrators has been increasing day by day. Among them, it is used for medical purposesBreathing wooden tableThe oxygen concentration and flow sensors in oxygen concentrators have become important participants in the new COVID-19 pandemic. Sifang Optoelectronics can provide various oxygen concentration and flow measurement solutions for medical equipment.
Application scheme of core gas sensors for medical devices
Sifang Optoelectronics has over 18 years of experience in gas sensor research and application, and can provide medical gas sensor products, including ultrasonic oxygen sensors, ultrasonic oxygen concentration and flow sensors (which can replace traditional zirconia sensors), NDIR medical EtCOz sensors, DLCO gas sensors, and lung function measurement equipment. These medical gas sensors are widely used in various respiratory tables, oxygen concentrators, high flow oxygen therapy devices, anesthesia machines, and monitors, playing an important role in post anesthesia monitoring treatment rooms (PACUs), intensive care units (ICUs), emergency medical services (EMS), pre hospital emergency care, pulmonary alveolar proteinosis treatment (PAP), transnasal high flow oxygen therapy (HFNC), and other areas.