In the automotive and electronics industries, important machine components are continuing to shrink, demanding high accuracy and resolution from sensors. However, issues such as greasy surfaces or excessively high accuracy requirements can make non-contact methods insufficient.
Handling measurement and positioning challenges on aircraft fan blades with our Digital Pneumatic Probes. Accurate and reliable, optimizing performance.
For applications involving concrete used in bridges and overpasses, laboratories sometimes measure the creep of concrete material. This involves taking a sample of concrete subjected to stress, then measuring how far it stretches before failure. These testing devices often require a load sensor, as well as a high-precision sensor to measure the distance of elongation.
Taylor Hobson’s Form Talysurf PGI NOVUS is the most advanced system for surface finish, contour, 3D and diameter measurement, delivering unique benefits for both design and production.
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This instrument is designed with class leading 20 mm gauge range with 0.2nm resolution with the capability to measure surface finish (roughness, form, waviness) diameter, included angle, surface finish in a normal and inverted direction with the same speed and accuracy.
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This system is an ideal solution for bearings, injectors and precision component manufacturers. Get instant measurement analysis feedback like surface finish, contour and topography with Metrology 4.0 software.
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The new ‘2D X Auto’ feature in Metrology 4.0 software simplifies the measurement of roller bearings by precisely auto-detecting the edge at the start and end of the roller. It is no longer necessary to set the traverse length. This is a huge benefit as, typically, most manufacturers will have many different sizes of roller bearing to measure. The ‘2D X Auto’ feature provides measurements from and to edges, saves time and helps protect the stylus from potential damage.
Source: Metrology News
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