A metal flatness detection device convenient for sorting

Abstract

This utility model relates to the technical field of metal flatness detection, and in particular to a metal flatness detection device that facilitates sorting. It includes a detection body, a cleaning component on one side of the detection body, a collection component on the other side, a conveyor belt on the inner wall of the detection body, and a sorting component at one end of the detection body. This utility model uses a conveyor belt with preset intervals to discharge metal parts, combined with timed cleaning by side brushes, ensuring that the surface of the metal parts is free of impurities when they arrive at the detection point. This greatly improves the accuracy of the detection body in metal flatness detection. The cleaning component and the collection component work together to form a closed loop for impurity handling. The side brush sweeps impurities to one side, and a scraper with a guide groove guides the impurities into a collection cabinet. The negative pressure generated by the fan, combined with an air filter, efficiently collects impurities and avoids dust generation, maintaining a clean working environment and preventing secondary contamination from impurities that could affect the detection process.

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