Applications
Looking for more information on the appropriate thermal imaging camera for your application? Below you can find some main applications. For each main application, some more common applications are further explained.
Can't find your application right away? No problem, contact us and together we will look at the possibilities.
You can also find some application stories on this page:
Building Thermography
This form of thermography is an inspection method that uses thermal imaging cameras to map temperature differences on the surface of a building.
Preventive Maintenance
Preventive maintenance is a maintenance strategy that involves regular inspections, checks and repairs are made to prevent problems and failures in systems or equipment.
Early fire detection
By detecting temperature differences, a thermal camera allows early identification of overheated areas, potential fire hot spots or problematic areas that would otherwise go unnoticed.
Automation
Automation is the process by which human actions or tasks are taken over by machines, systems or software. The goal is to perform tasks more efficiently, faster and with fewer errors.
Gas Visualization
Gas visualization or Optical Gas Imaging (OGI) is the science of imaging gases. There are several techniques for visualizing a gas including the use of a thermal camera.
Oil and gas
Thermography plays a crucial role in the oil and gas industry because of its ability to remotely measure the temperature of equipment, facilities and processes.
Application stories
Bio-Remote Sensing in real-time thermographic face detection and respiration rate measurement
This paper introduces a novel thermographic Bio-Remote sensing approach that enables real-time face detection and respiratory measurements of subjects using a single thermal camera system. The algorithm achieves this without the location of nostrils, but uses thermal images and minimal temperature profiles for accurate detection and measurement. Furthermore, this paper discusses the importance of combining Deep Learning (DL) with the thermal imaging technique to provide a safer, faster and more practical solution for hospitals by accurately measuring respiratory rate compared to a monitoring device as the gold standard.
Behind the scenes: How acoustic imaging technology helps the Finnish National Opera and Ballet work smoothly
With thousands of moving parts driving the stage machinery, the Finnish National Opera and Ballet relies on precise maintenance to ensure flawless performances. The FLIR Si2 ultrasonic camera helps the maintenance team detect mechanical failures early, even in the hardest-to-reach places. By accurately pinpointing problems with bearings and other critical components, the Si2 enables efficient, non-contact inspections, preventing costly breakdowns and allowing the stage to operate uninterrupted.
Acoustic or gas visualization?
Choosing the right detection technology for hazardous locations is critical to maintaining safety and efficiency. In environments where flammable gases, vapors or combustible dusts are present, it is essential to use instruments that not only meet strict safety standards, but also deliver accurate and reliable results. The FLIR Si2x series of ultrasonic cameras and the FLIR Gx series of gas visualization cameras (OGI) are two advanced solutions that excel in these conditions, each with unique advantages. Learn more about the benefits of both tools and determine which is best suited for your specific needs in hazardous environments.
