O2 ANALYZER – ITS APPLICATION IN THE MEDICAL INDUSTRY

The o2 analyzer has numerous applications including in the medical industry. The analyzer is important in numerous applications in hospitals. It is used to measure the amount of oxygen that the patient is exhaling. The working principle of the o2 analyzer is almost the same as that of other gas analyzers. This analyzer is fitted with sensors that detect the levels of oxygen in a medium and then relay the results to a display. The measurement of oxygen that is breathed out by a patient will help the doctors in knowing the conditions of the lungs. In case the analyzer is used and oxygen breathed out is found to be 100% then the doctors will know that there is a problem with the lungs of that particular patient. It is a very crucial tool that is used in the hospital to monitor the functioning of lungs of patients.

It is important to know how to operate the o2 analyzer even if you are not a doctor. The device can assist you in monitoring the condition of your lung and determining whether they are functioning as expected. You must therefore know how to use this analyzer. The advantage is that the analyzer works almost the same way as the others. Therefore, if you have ever operated another analyzer, dealing with this will not be a problem. The first step is to know how to switch on the analyzer. You will find a flip that you just have to switch on. It is usually located on the front side of the unit where everybody can see it. You should be careful when switching it on not to apply excess force. The analyzer is a delicate device and mishandling it might cause it to malfunction. Once you have switched on the o2 analyzer then it is time to calibrate it. To do this you have to get pure oxygen. This is usually contained in a pressurized cylinder. Connect the nozzle to the analyzer. Ensure that the connection is secure. You will then switch the nozzle on to let the oxygen flow. This should go on for about 20 seconds. The readings that are indicated should be calibrated to 100% oxygen. The software that the analyzer uses is simple and calibration will not that difficult. You only have to make sure that the reading is 100% when connected to a pure oxygen tank supply. You can then use the analyzer to monitor oxygen levels in the hospital.