Infrared thermal imager for fiber optic detectionPlace the fiber optic sample in the detection tray, use a black box to emit a red laser beam, and let the laser beam pass through the fiber optic sampl...
Temperature control directly determines the quality and service life of laser fiber. During the use of the fiber, it absorbs some of the laser energy, causing the temperature to rise. If the temperatu...
Infrared thermal imaging technology can display the temperature field of the object surface intuitively, unaffected by strong light, and can be used for monitoring in situations where there are obstac...
The function of infrared thermal camera is further enrichedDue to the characteristics of good concealment, strong anti-interference ability, strong target recognition ability, and all-weather work, in...
Temperature measurement distance of infrared thermal cameraThe reason why the infrared thermal camera can be used for temperature screening is that it can convert temperature into visual images, and t...
Infrared thermal camera detectorThe core of the infrared thermal camera is the detector: a focal plane array detector (FPA) with micrometer-sized pixels, composed of various materials sensitive to inf...
Usage of infrared thermal cameraParameter settingBefore measuring with an infrared thermal camera, the parameters need to be set. Setting the emissivity is critical and has a significant impact on the...
The characteristic of thermal radiation allows people to use the infrared thermographic camera for non-contact temperature measurement and thermal analysis of objects, which can be displayed in variou...