In what fields are thermal cameras commonly found?

Used in firefighting environments

When a fire breaks out, thick smoke covers everything, visibility is limited, and every passing second can determine survival. In those situations, thermal cameras help firefighters penetrate thick smoke to locate trapped people, find unusual heat sources and come up with quick solutions.  

Not only that, it is also possible to check pre-existing fire risk points, detect abnormal heat-generating areas in the electrical system or machinery, thereby promptly minimizing damage to people and property.

Refer to Bosch GTC 400C Thermal Camera

With the Bosch GTC 400C thermal camera, firefighters can immediately determine the location of the heat source, identify trapped people and come up with a safe approach plan.  

Thermal measurement range from -10°C to 400°C provides a visual image of the temperature distribution in space. It only takes a few seconds to identify dangerous areas, helping rescuers make accurate decisions without wasting time guessing.

Used in automobile repair 

An overheating engine, a malfunctioning electrical system, or an ineffective cooling system can all lead to serious damage to the car. But instead of disassembling each part to find errors, technicians can use thermal cameras to quickly check without mechanical intervention.  

By scanning critical areas such as the engine, wiring, and cooler, thermal cameras provide a visual image of temperature distribution, helping to detect unusual hot spots that indicate fault or damage. Thanks to that, the worker can accurately determine the location that needs repair, save time and avoid unnecessary dismantling. 

Used in the electricity industry

In the electricity industry, early detection of heat leaks can prevent the risk of fire and ensure the safety of the entire system. Flir TG165 is one of the thermal cameras trusted by electricians, thanks to its ability to accurately identify locations with abnormal temperatures that are difficult to detect with the naked eye.  

With a resolution of 80x60 pixels, this device creates sharp thermal images, helping technicians easily identify errors in wiring systems, electrical cabinets or circuit boards without dismantling. In just a few seconds, the electrician was able to determine the location of the problem and make a timely solution. 

Thermal cameras are used in water systems

Water leaks cause loss of resources and the risk of damaging building structures, especially in hard-to-reach areas such as walls, ceilings or concrete floors. Previously, finding leaks required repairmen to destroy them, which was costly and time-consuming. But now, with thermal cameras, this is faster and more accurate than ever.

Just bring the device to the suspected area, the thermal image displayed on the screen will immediately reveal the temperature difference between areas, helping to detect water leaks without the need for demolition. This not only helps save effort, but also minimizes damage to the project, ensuring a quick and effective repair process.

FLIR TG167 can test water system leaks

In checking water leaks in households or buildings, determining the exact location of the leak without dismantling is a difficult problem. FLIR TG167 is the solution to this problem, helping to detect leaks quickly and intuitively thanks to modern thermal imaging technology.

This device has a wide measuring range and operates stably even in harsh environmental conditions. In particular, with a memory of up to 75,000 images, users can store and compare data throughout the work process, improving inspection and maintenance efficiency.

Used in medical environments

In the field of medicine, thermal imaging cameras help check and monitor body temperature, thereby early identifying potential medical risks.  

Thermal cameras are widely used in hospitals, clinics and medical facilities to check body temperature at entrances and exits, helping to detect cases of fever, one of the common signs of many infectious diseases. In addition, the device also assists in diagnosing and monitoring inflammation, blood circulation or disorders related to the nervous system and blood vessels through temperature changes on the skin surface.

A big advantage of thermal imaging cameras in medicine is the ability to provide real-time images, helping doctors quickly identify body areas with abnormal temperatures. This is especially important in detecting inflammation, soft tissue damage or monitoring recovery after surgery. In addition, the lack of radiation makes this technology safe to apply to many people, including children and pregnant women.  

Refer to related articles about thermal cameras at:

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Can thermal cameras see through walls?Today, thermal cameras are also widely used in industries such as cinema and construction thanks to their versatility and convenience. Owning a thermal camera device will help you not only optimize your work but also improve your quality of life, opening up many creative opportunities and effectively managing projects.