Thermal imaging is a sophisticated and non-invasive technique that utilizes infrared technology to detect heat emissions from various objects. This process converts the infrared energy, which is invisible to …

Whether you choose a simple point-and-shoot model or a high-end thermal imager with all the bells and whistles, here are some key features and specs you should consider:

Discover the power of non-uniformity correction (NUC) for precise thermal measurements. Enhance accuracy with Fluke cameras' automatic NUC every 60 seconds or use the manual function for …

Thermal imaging, at its most basic, gives you the ability to spot problems early from a safe distance, simply by scanning the area with an infrared camera (also called a thermal imager).

The following discussion focuses on using thermal imaging to troubleshoot loose, over-tight or corroded connections in electrical systems by comparing the temperatures of connections within panels.

Now you can mitigate this by using tape or paint on these shiny surfaces. Collect information from those areas to get a more accurate reading... Best Fluke thermal imaging cameras Infrared inspections and …

Learn how to choose the right IR lens for your thermal camera and why germanium is used in thermal camera lenses.

The content visible in a thermal image is almost entirely based on the amount of radiation emitted from or reflected by the surface. No matter the application—from buildings to aerospace, to medical, to …

Thermal imaging is the process of capturing infrared radiation and translating it into thermal images, or thermograms. Thermal imaging shows variations in temperature expressed in color.

This video shows you how to perform a calibration on your Fluke thermal camera using co-workers and cups of water as reference points.