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The main function of electrochemical medical oxygen sensors is to gauge ambient air’s oxygen content. They track an internal chemical process in the sensor that generates an electrical output inversely proportional to the oxygen concentration.
Electrochemical sensors can be self-powered since they generate a current, which makes them ideal for monitoring oxygen gas in handheld personal safety gear and underwater diving equipment that runs on batteries. Breathalysers, respiration sensors, and blood glucose sensors are a few examples.
Electrochemical sensors are preferred because of their lower detection limits, lower power consumption, and frequent lack of direct sensitivity to interfering gases.
The Global Electrochemical Medical Oxygen Sensors market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Process Sensing Technologies launched a variety of medical electrochemical oxygen sensors that have been FDA-approved and are compatible with all popular makes and models of medical ventilators, respirators, and breathing gases.
Their line of FDA-approved medical replacement sensors is utilised in surgical respirators for the safety of medical staff, and advanced life support systems in intensive care, emergency medicine, respiratory therapy, and outpatient care.
They produce cutting-edge galvanic-type oxygen sensors with exceptional accuracy and stability in demanding applications. Each sensor must pass a thorough stability test as well as tests for output in air, pressure in a 30-inch water column, and stability at 100% oxygen.
