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The new thermographic camera testo 868s
Thermography is a non-invasive method that allows the acquisition of temperature values through the emission of infrared rays.
With the thermographic analysis, it is possible to predict that a certain component of a machine may be reaching its end of life and to program a preventive intervention, minimizing unforeseen stops, reducing costs and deadlines in the delivery of the works. However there are several applications where thermography can be used.
The new thermographic camera testo 868s has the best image of its category and simplifies as much as possible the analysis of buildings and installations.
With the thermographic analysis, it is possible to predict that a certain component of a machine may be reaching its end of life and to program a preventive intervention, minimizing unforeseen stops, reducing costs and deadlines in the delivery of the works. However there are several applications where thermography can be used.
The new thermographic camera testo 868s has the best image of its category and simplifies as much as possible the analysis of buildings and installations.
Thermal imagers testo 890 - Testo
The thermal imager for the highest demands.
The heart of a thermal imager is the detector. Testo places great value on the highest possible quality.
With the testo 890, you achieve the highest level of image quality thanks to the 640 x 480 pixel detector in combination with high-quality Germanium optics. Because the more measurement points there are in the thermal image, the more details can be recognized and analyzed.
In combination with the Testo SuperResolution technology, the testo 890 records extremely high-resolution thermal images in megapixel quality (1280 x 960 pixels).
This means that even the smallest or very distant measurement objects can be thermographed with an extremely high level of precision.
The heart of a thermal imager is the detector. Testo places great value on the highest possible quality.
With the testo 890, you achieve the highest level of image quality thanks to the 640 x 480 pixel detector in combination with high-quality Germanium optics. Because the more measurement points there are in the thermal image, the more details can be recognized and analyzed.
In combination with the Testo SuperResolution technology, the testo 890 records extremely high-resolution thermal images in megapixel quality (1280 x 960 pixels).
This means that even the smallest or very distant measurement objects can be thermographed with an extremely high level of precision.
Thermographic camera testo 871s
Thermography is a non-invasive method that allows the acquisition of temperature values through the emission of infrared rays.
With thermographic analysis it is possible to predict that a certain component of a machine may be reaching its end of life and to program a preventive intervention, minimizing unforeseen stops, reducing costs and deadlines in the delivery of work. However there are several applications where thermography can be used.
With thermographic analysis it is possible to predict that a certain component of a machine may be reaching its end of life and to program a preventive intervention, minimizing unforeseen stops, reducing costs and deadlines in the delivery of work. However there are several applications where thermography can be used.
Thermographic camera testo 872s
Thermography is a non-invasive method that allows the acquisition of temperature values through the emission of infrared rays.
With thermographic analysis it is possible to predict that a certain component of a machine may be reaching its end of life and to program a preventive intervention, minimizing unforeseen stops, reducing costs and deadlines in the delivery of work. However there are several applications where thermography can be used.
With thermographic analysis it is possible to predict that a certain component of a machine may be reaching its end of life and to program a preventive intervention, minimizing unforeseen stops, reducing costs and deadlines in the delivery of work. However there are several applications where thermography can be used.
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