The emissivity can be adjusted to increase the accuracy of measuring objects with semi-reflective surfaces.
The upper and lower temperature cursors can guide the user to the upper and lower temperature areas of the thermal image
Optional palette
This product is an infrared thermal imager that integrates surface temperature measurement and real-time thermal imaging
The traditional infrared thermometer needs to measure each part one by one, but the infrared thermal imager does not need it, thus saving time
Potential problems may be clearly displayed on the color display. And use the center point measurement cursor to quickly and accurately locate and measure the temperature of the target object. In order to increase differentiation, the product is equipped with a visible light camera
The thermal image and visible light image are stored in the device, which can be read via USB or stored in the computer to generate reports or print
The product is small in size, easy to operate, and powerful. It is an ideal choice for electric power, electronic manufacturing, industrial testing and other fields
This product is an infrared thermal imager that integrates surface temperature measurement and real-time thermal images.
The traditional infrared thermometer needs to measure each part one by one, but the infrared thermal imager does not need it, thus saving time
In addition, the center point measurement cursor is used for fast and accurate positioning to measure temperature to increase the degree of discrimination. The product is equipped with a visible light camera
The thermal image and visible light image are stored in the device, which can be read via USB or stored in a computer to generate reports or print
The product is small in size, easy to operate, and powerful. This is an ideal choice for electric power, electronic manufacturing, industrial inspection and other fields
The emissivity can be adjusted to improve the measurement accuracy of semi-reflective objects.
The upper and lower temperature cursors can guide the user to the upper and lower temperature areas of the thermal image