
Every object in our environment, as well as all living organisms, has the ability to emit infrared - electromagnetic radiation from its surface. This property gives us a unique opportunity to examine objects in a contactless manner, because each emitted energy carries information about the current state and properties of this object. Today's modern thermographic cameras are able to capture this radiation and process it into a form from which a person, based on their professional knowledge and practice, can read out all useful information. This information obtained further gives the opportunity to analyze in detail the state and properties of the examined object. For this reason, thermal imaging measurement can be applied in various scientific fields such as: electrical power engineering, construction, mechanical engineering, medicine, etc.
The task of thermal imaging measurement is to detect cases where the state of the examined object is not considered a normal operating mode (overheating, heat leakage, etc.). Through measurement, such cases can be detected and identified in a timely manner. Subsequent intervention can prevent financial and material damage, whether to the object or the entire group of devices that are part of it (electrical lines, switchboards, machines, etc.)
Using thermal imaging, we can:
Within the scope of thermal imaging measurement, we offer:
