Thermal imaging cameras can be used to detect overheating or uneven temperature distribution in equipment, allowing potential failures or damage to be discovered in a timely manner. For example, in power facilities, petrochemical facilities, machinery manufacturing facilities, etc., inspection and monitoring through infrared thermal imaging cameras can effectively prevent equipment accidents and improve production efficiency. Infrared thermal imaging cameras can be used for non-destructive testing of product quality, such as plastic products, electronic components, building materials, etc. By detecting the thermal radiation characteristics of the product at different temperatures, the quality of the product can be judged. For example, if the filler content in a plastic product changes, its heat radiation characteristics will change accordingly.
In the agricultural field, infrared thermal imaging cameras are also widely used. The following are several main application areas. Crop growth monitoring: Infrared thermal imaging cameras can be used to monitor crop growth conditions, such as crop diseases, insect pests, malnutrition and other issues. Since different plants and different parts of the same plant show different colors and brightness in infrared images, the growth status of crops can be judged through infrared thermal imaging cameras.
In the field of security, infrared thermal imaging cameras are also widely used. The following are several main application areas. Infrared night vision devices can conduct reconnaissance, surveillance or search of targets at night or in harsh weather, improving the effectiveness of military operations. At the same time, it is also widely used in public security, firefighting, security and other fields to enhance the effect of night patrol, investigation and rescue. Crime investigation: At crime scenes, infrared thermal imaging cameras can detect the difference between the surface temperature of the human body and the ambient temperature, providing investigators with support for target positioning and tracking. For example, at night or in a confined space, human body temperature will show obvious features in infrared images, helping investigators to locate targets.
Thermal imaging cameras play an important role in the public security and security fields. At night or under special circumstances, people or objects that cannot be seen by the human eye can be clearly seen using thermal imaging cameras. Therefore, they are widely used in security work in public places such as factories, parking lots, shopping malls, etc. to avoid potential safety hazards.
At the fire scene, infrared thermal imaging cameras can quickly detect information such as the location of the fire source and the size of the fire, providing important support for fire rescue. Since the fire scene is filled with smoke, it is difficult for visible light to penetrate the smoke, but the infrared thermal imaging camera can detect through the smoke, so it has unique advantages in fire rescue.
In the medical field, infrared thermal imaging cameras are also widely used. The following are several main application areas. Disease diagnosis: Infrared thermal imaging cameras can be used for disease diagnosis, such as tumors, vascular diseases, etc. Because the temperature of the affected areas of tumors and vascular diseases is usually higher than that of surrounding normal tissue, infrared thermal imaging cameras can enable early detection and diagnosis of diseases.
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Gen 2+/3 Night Vision
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Cooled Thermal Imaging
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