FOTRIC Thermal imaging camera

Building diagnostics

A very important application for thermal imaging cameras is the detection of building weaknesses such as damage to the insulation or leaks.
With a thermal imaging camera, you can not only inspect windows, doors, heating, ventilation and walls, but also detect weak points in substations, solar panels or tunnels.

R & D

The power supply industry includes power generation, transmission, substation and distribution. In the event of a power system failure, end users are faced with a loss of power. Thermal imaging cameras are used to detect a variety of temperature anomalies when systems are under load.

Industry

In industry, there are numerous applications for thermal imaging cameras. Thermal imaging cameras can be used in biomedicine as well as in material studies. Thermal imaging cameras are also used for the maintenance of high-temperature, high-pressure or metal die-casting systems.

Detection of body temperatures

The FOTRIC 226B thermal imaging camera is specifically designed for monitoring body temperatures. It features a standard intelligent face detection and an intelligent calibration that automatically adapts to changing environmental conditions. This allows body temperatures of many people to be monitored simultaneously.

R & D

Thermal imaging cameras can be used in biomedicine as well as in material studies. From the development of electronics, such as chips, to testing the durability of tires, thermal imaging cameras can provide valuable insights. With additional macro lenses, even the smallest test objects can be analyzed in detail.

Building diagnostics

A very important application for thermal imaging cameras is the detection of building weaknesses such as damage to the insulation or leaks.
With a thermal imaging camera, you can not only inspect windows, doors, heating, ventilation and walls, but also detect weak points in substations, solar panels or tunnels.

Power supply

The power supply industry includes power generation, transmission, substation and distribution. In the event of a power system failure, end users are faced with a loss of power. Thermal imaging cameras are used to detect a variety of temperature anomalies when systems are under load.

Industry

In industry, there are numerous applications for thermal imaging cameras. Thermal imaging cameras can be used in biomedicine as well as in material studies. Thermal imaging cameras are also used for the maintenance of high-temperature, high-pressure or metal die-casting systems.

Detection of body temperatures

The FOTRIC 226B thermal imaging camera is specifically designed for monitoring body temperatures. It features a standard intelligent face detection and an intelligent calibration that automatically adapts to changing environmental conditions. This allows body temperatures of many people to be monitored simultaneously.

R & D

Thermal imaging cameras can be used in biomedicine as well as in material studies. From the development of electronics, such as chips, to testing the durability of tires, thermal imaging cameras can provide valuable insights. With additional macro lenses, even the smallest test objects can be analyzed in detail.

News

FOTRIC Hospital After
Case studies

FOTRIC 226B in hospital use

FOTRIC 226B in hospital use: Fast and safe screening of entire
FOTRIC 226B in hospital application: Fast and safe screening of entire groups of moving visitors, safe distance of staff and visitors, cost savings as fewer staff are needed, as well as safety for patients, staff and visitors.

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Sales partners welcome!

Sales partners welcome! Are you selling thermal imaging cameras and would like to expand your product range? Perfect, because that’s exactly who we are looking for! We are looking for partners who would like to cooperate with us and who

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