Since the outbreak of the new crown pneumonia in the world, more and more people have paid attention to the medical equipment industry. From the country’s introduction of a series of measures to support the medical equipment industry, to the people’s buying of medical funds, it shows that the development of medical equipment in China is entering a new stage. Medical instruments are inseparable from the gas detection industry, because most of the drugs and raw materials used for treatment require medical oxygen sensors for online detection.
What is a medical oxygen sensor?
A medical oxygen sensor is a small device that helps doctors monitor a patient’s level of oxygen in their blood. By constantly measuring the levels of oxygen in a patient’s blood, doctors can ensure that they are getting the required amount of oxygen and can make any necessary adjustments to their treatment.
How does it work?
A medical oxygen sensor is a small electronic device that monitors the amount of oxygen in the air and sends information to a central monitor. Medical oxygen sensors work by measuring the level of oxygen in the air and automatically switching on or off the flow of oxygen, depending on the level. This helps to keep people alive in cases where they can’t breathe, such as after a heart attack or when they are unconscious. If the oxygen level falls below a certain level, the sensor will alert the patient’s caregivers.
How it is important?
Oxygen is essential in the medical industry and depends on the use of medical instruments. Some medical equipment must be equipped with oxygen sensors, such as ventilators, anesthesia machines, hyperbaric oxygen chambers, etc., to display the oxygen concentration value.
Why choose Saftty?
With over 10 years of manufacturing experience, Saftty is equipped with semi-automatic and fully automatic production technology, capable of mass-producing qualified medical oxygen sensors in a short period of time。
Saftty Medical Oxygen Sensor is the perfect choice for those looking for an affordable and reliable oxygen sensor. The sensor is easy to use and can be attached to various types of devices, including medical equipment. Additionally, the sensor is durable and has a long lifespan. Finally, the sensor comes with a warranty, so you can be sure that you’re getting your money’s worth.
Conclusion
Different from ordinary sensors, medical oxygen sensors have relatively high-performance requirements. For example, excellent linearity, fast response, high-temperature resistance, high humidity resistance, insensitivity to flow, no response to anesthetic gas, and long life. Saftty medical oxygen sensors are a cost-effective solution for a variety of medical equipment.
