Since the first time thermal camera technology was introduced to the public, a positive response to the technology emerged.
Prices from the thermal room also vary from the cheapest thermal imaging camera to the most expensive.
The usefulness of thermal cameras is very diverse and in the present, the use of thermal cameras can be used in the industrial sector.
A thermal camera can be the prima donna measuring instrument in minimizing the loss rate early.
Its ability to easily find out the condition of measuring objects in a short time makes the thermal camera a standard device for preventive and predictive in terms of engine maintenance, especially industrial machinery.

With the advantages of thermal cameras that can detect even the smallest temperature deviations from a component, many industries use it to detect threats of damage early on, including:
• The occurrence of thinning on the internal pipe wall. Whether as a conduit or building construction, corrosion of the inside of the pipe cannot be seen in plain view.
If corrosion is not prevented from spreading early, the threat of leaks or broken pipes in buildings cannot be avoided.
• The occurrence of thinning in the walls of the inner stockpiling tank.
• Excessive temperature deviations in electronic or wired devices. So that it can prevent short-circuiting.
• The occurrence of damage to the pump, such as a pump that starts to noisy or a higher level of vibration.
• Defects in the heat-resistant layer of melting furnaces, preventing the possibility of melting furnace walls which can cause harmful effects.
• Leaks or defects in valves or valves.

There are still many other objects that can be checked using a thermal camera.
One of the most beneficial things from thermal camera technology, besides being able to detect industrial machine damage early on, can be used to describe the condition of the machine being observed, whether or not the engine is operating.