It can detect more than 20 surface quality parameters at the same time, including Ra, Rz, Rq, Rt, Rp, Rv and contour parameters. It is equipped with a 10-inch industrial touch screen, built-in professional contour analysis software that can generate 3D surface topography maps, supports Wi-Fi and cloud storage, and can realize multi-device data sharing and remote analysis. It is equipped with 5 replaceable probes, adapting to the detection of workpieces with different curvatures and materials. It adopts 110/220V AC power supply with optional lithium battery pack, which can realize mobile detection. It has passed international standard certifications such as ISO and ASTM, supports one-click generation of professional detection reports, meeting the full-process quality control needs of high-end manufacturing industries.
The measurable roughness parameters cover more than 20 items including Ra, Rz, Rq, Rt, Rp, Rv and R3z, and the contour parameters include Ra, Rz, Ry, Wa, Wt and other items. The measurement range covers Ra 0.001μm~150μm and Rz 0.01μm~750μm, the resolution reaches 0.0001μm, and the measurement accuracy is ±0.3% of reading +0.005μm. It is equipped with a 10-inch industrial touch screen, built-in professional contour analysis software that can generate 3D surface topography maps, supports four data transmission interfaces of USB, RS232, Ethernet and Wi-Fi, can store 100000 sets of detection data and support cloud synchronization. The overall size is 500*400*250mm, the total weight is 22kg, supports 110/220V AC power supply and optional 3.7V/5000mAh lithium battery pack, with a battery life of about 6 hours. It is equipped with 5 replaceable probes (diamond, sapphire and other materials), has an IP54 protection grade, passed international standard certifications such as ISO 4287 and ASTM E1290, and supports multi-language report export.
It is suitable for scenarios such as auto engine parts manufacturing plants, aerospace precision parts processing plants, mold manufacturing centers and university research institutions. It can detect the surface roughness and contour of complex workpieces such as gears, camshafts, aero-engine blades and precision mold cavities, meeting the full-process quality control needs of high-end manufacturing industries and material surface performance research needs of scientific research institutions. It can also be used for authoritative quality certification detection by third-party testing institutions.
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