The BlueEyes BE-5302 Thermal Imager has undergone a rigorous calibration process and is specifically designed to monitor object temperatures. The high accuracy of heat screening measurements is optimized to correct the temperature range and sensitivity, providing high sensitivity and accuracy when measuring object surface temperature. Hand-held industrial infrared cameras can cause shaking, and the slightest shaking of the image will lead to blurred image and incorrect measurement.

Thermal imaging thermometers can quickly screen out fever patients and prevent the spread of the disease indoors. Although the surface temperature of the body is affected by the ambient temperature, the thermal image immediately shows the location of the highest temperature on the surface of the body, eliminating the inconvenience that a single point of temperature measurement may not detect the highest temperature. The advantage of infrared thermal imaging cameras is that they can set the image and sound alerts through the temperature, which is quick to read and alert large crowds of people entering and leaving the area.

Infrared thermography reduces the process of vaccination, but the disadvantage is that it is affected by the external temperature and can only measure the surface temperature, resulting in error values that need to be corrected. For example, when a cold front comes, it is measured at 34 degrees and then measured at 36 degrees by an additional temperature gun, then the control temperature has to be lowered by 2 degrees. The error of the ear temperature gun is large, the ear temperature gun ear holster is difficult to buy, if you measure the body temperature one by one, there will be a long line, time and labor consuming. In the past, the use of ear temperature gun was time-consuming and labor-intensive, with a thermal camera for rapid examination, about one second to detect, many benefits.