The inspection camera has a measuring range of -20 … +550 °C. This means that the inspection camera already covers a wide temperature range of measuring tasks. With an image frequency of 25 Hz, problems can be quickly localised with the inspection camera.

The pyrometer has a measuring range of -20 … +550 °C. This means that the pyrometer already covers a wide temperature range of measuring tasks. With a frame rate of 25 Hz, problems can be quickly localised with the pyrometer.

The infrared camera has a measuring range of -20 … +550 °C. This means that the infrared camera already covers a wide temperature range of measuring tasks. With an image frequency of 25 Hz, problems can be quickly localised with the infrared camera.

The temperature meter has a measuring range of -20 … +550 °C. This means that the temperature meter already covers a wide temperature range of measuring tasks. With a frame rate of 25 Hz, problems can be quickly localised with the temperature gauge.

The temperature meter has a measuring range of -20 … +550 °C. This means that the temperature meter already covers a wide temperature range of measuring tasks. With a frame rate of 25 Hz, problems can be quickly localised with the temperature gauge.

The thermographic camera has a measuring range of -20 … +550 °C. This means that the thermographic camera already covers a wide temperature range of measuring tasks. With an image frequency of 25 Hz, problems can be quickly localised with the thermographic camera.

The thermographic camera has a measuring range of -20 … +550 °C. This means that the thermographic camera already covers a wide temperature range of measuring tasks. With an image frequency of 25 Hz, problems can be quickly localised with the thermographic camera.

The thermal imaging camera has a measuring range of -20 … +550 °C. This means that the thermal imaging camera already covers a wide temperature range of measuring tasks. With an image frequency of 25 Hz, problems can be quickly localised with the thermal imaging camera.

The automotive tester can reliably determine the thickness of, for example, plastics, paints and other coatings on ferrous and non-ferrous metals. With a measuring range of up to 5000 µm on ferrous metals, the automotive tester covers a wide range of measuring tasks.