BETASCOPE offers the broadest variety of material combinations of all the FISCHER measurement instruments. Through the deployment of beta radiation (electrons), BETASCOPE does not need to rely on the magnetic or electrical properties of the sample for coating thickness measurement. As a result, it is possible to measure the thickness of coatings of any type of layer on any type of substrate, so long as there is a difference of at least 5 atomic numbers between coating and substrate materials. As a plug-in module for the universal measurement system MMS PC2, BETASCOPE can be combined with many other measurement techniques, while simultaneously profiting from the advantages of MMS PC2.
Fischer’s desktop coating thickness instruments – utilizing either X-ray fluorescence or tactile measurement technology with diverse probes – provide unbeatable performance and flexibility. Because of the broad range of measurement techniques they apply, they offer the right solution for any task. Desktop instruments can be integrated easily into production and quality management systems via software and hardware interfaces.
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The modular measurement system FISCHERSCOPE MMS PC2 with the Windows™ CE operating system is the ideal solution for highly precise coating thickness measurement and material testing. The device's modular construction is achieved through plug-in cards, which bear the names of the handheld measurement devices that perform the same function. For maximum flexibility, choose from a broad portfolio of probes that suit the instrument to measuring a very wide range of quantitative properties such as coating thickness, electrical conductivity and ferrite content on a variety of sample geometries. -
Handheld, desktop, inline: the XAN®500 X-ray fluorescence instrument is Fischer’s most versatile yet. It can be used as a handheld device, as a fully enclosed desktop unit or integrated directly into production lines. Equipped with a tablet computer, the XAN500 also utilizes the time-proven WinFTM® software. Coating thickness measurements with WinFTM is based on the fundamental parameter analysis. This makes it possible to measure without prior calibration – that is, standard-free. https://www.youtube.com/watch?v=rUdDK9RjtwA