Oxygen sensor

The outbreak of the new coronavirus pneumonia virus has become a hot spot for everyone this year. The main symptoms of the virus patients are cough and fever, and imaging shows pulmonary fibrosis.  Which leads to difficulty in breathing, especially in critically ill patients, who cannot even breathe on their own.  At present.  The most direct solution is to give oxygen to critically ill patients, or even use mechanical ventilation.  Which is the ventilator we often hear.Oxygen sensor can better help people understand the oxygen concentration in their environment.

For critically ill patients with new coronary pneumonia.  The use of ventilator is one of the main methods of treatment at present. It can prevent respiratory failure and reduce complications. It is the main tool to delay the life of patients and save treatment. Their name is "anti-epidemic" fighters.

When the ventilator inhales oxygen. It will generate positive pressure, which will press the gas into the patient's lungs. When the pressure rises to a certain level, the ventilator will stop supplying air.  And the exhalation valve will gradually open. Produce passive collapse, produce exhalation.

The oxygen pool of the ventilator, also known as the oxygen sensor.  Is the main component of the ventilator.  Which is generally located between the patient's inspiratory end and the air-oxygen mixer. The oxygen pool is only used for terminal monitoring in the ventilator.

It is mainly used to measure the oxygen concentration of the mixed gas to ensure that the oxygen in line with the preset oxygen inhalation concentration is delivered to the patient to avoid oxygen poisoning caused by long-term high-concentration oxygen inhalation. Or life-threatening due to low oxygen concentration.

Anesthesia system oxygen sensor application

Anesthesia system, also known as anesthesia machine or anesthesia workstation, is a device that implements inhalation general anesthesia in clinical operations.  Its function is to mix inhaled anesthetics with medical gases such as oxygen and send it into the patient's alveoli through mechanical ventilation to form anesthetic gas partial pressure, diffuse into the blood, and inhibit the central nervous system, thereby producing the effect of general anesthesia. .

Therefore, the structure and performance of the anesthesia system must be very reliable, and the concentration of medical gases such as oxygen and inhalation anesthetics it provides must be accurate and stable. The oxygen gas sensor has become a little helper.

The main component of the anesthesia system is an anesthesia ventilator.  A device that implements general anesthesia, supplies oxygen, and assists or controls breathing.

A variety of functional anesthetics based on sensor technology such as monitoring, alarming, and fault prompting can be widely used.  Making their sensitivity, accuracy, reliability and precision significantly improved.

With the progress of anesthesiology.  The demand of anesthesiologists for safety monitoring, and the development of high-tech electronics, computers, etc.  Various functions of the anesthesia machine are required to be gradually improved. The oxygen sensor is also gradually increasing the requirements.

If you are more interested in gas detection sensors and need to use gas detection sensors, you are welcome to visit our website to browse related products or call. We are very willing to provide you with related services.