A device for detecting the cutting edge of a double-angle milling cutter

Abstract

This utility model discloses a double-angle end mill cutting edge detection device, including a detection body and a detection camera mounted on the detection body. A turntable is rotatably mounted on the detection body, and an insertion hole is formed on the turntable. A double-angle end mill body is inserted into the insertion hole. A drive assembly is mounted on the detection body, comprising an intermittent drive component and a double-angle end mill rotation drive component. This utility model, through the configuration of the drive assembly, not only enables the turntable to perform intermittent circular motion, allowing the detection of the double-angle end mill body, the loading of the double-angle end mill body to be detected, and the unloading of the double-angle end mill body after detection to be performed simultaneously, thus effectively accelerating the detection efficiency of the double-angle end mill body, but also allows the double-angle end mill body under detection to rotate on its own, thereby avoiding the problem of low detection accuracy caused by the omission of some surfaces of the double-angle end mill body during detection.

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