Coating Thickness Measurement - DFT

Pocket gauges are loaded with the instinctive menu navigation and graphic display which allow true single hand thickness measurements. These pocket gauges display the result graphically on the screen as soon as the operation is performed. These are particularly destined for delivering highly accurate measurements of thin coatings. Trained professionals of our company strictly perform all the international guidelines while designing our product thus our product assures optimum quality standards.

Benchtop units manufactured by our company provide one measuring solution for all measuring applications including coating thickness measurement and material testing. Our benchtop units have unique design that can be adapted specifically according to the user’s need at any time for more convenient measuring operations. Our benchtop units are tested dynamically under process conditions using modern technology before it leaves the factory.

The prob - The heart of our measuring devices.

The heart of any electromagnetic measuring system is the probe. It generates the actual signal that is subsequently evaluated. For this reason, it must meet certain requirements depending on the area of application and must not damage soft coatings, for example.

With over 100 standard probes and numerous customized probes, we offer you a comprehensive product portfolio from which you can select the right probe for your measuring task together with us. All Fischer probes are extremely robust, wear-resistant and developed, produced and tested in-house to the highest quality standards. Simply connect the pre-calibrated probe to your measuring instrument and get started: Our devices recognize the probes automatically.

Due to a spring-loaded system, our probes are placed on the surface with an optimal pressure. This reduces measuring errors and leads to high repeatability, which guarantees your measurement results. Probes with integrated curvature compensation allow reliable measurement on curved surfaces. Probes with conductivity compensation, on the other hand, can compensate for different electrical conductivities of the base material and thus avoid time-consuming calibration procedures.