Multi-directional rotating tooling

Abstract

The invention discloses a multi-directional rotating tool, and relates to the technical field of machining equipment. The multi-directional rotating tool comprises a base; a rotating block capable ofrotating around the z axis is mounted on the base; a y axis rotating mechanism is fixed on the rotating block, and comprises a support cylinder capable of rotating around the y axis; an x axis rotating mechanism is mounted on the support cylinder, and comprises a rotating cylinder rotationally mounted in the support cylinder; two ends of the rotating cylinder both penetrate through the support cylinder; a holding cylinder for fixing products is mounted at one end of the rotating cylinder; a buckle module capable of rotating and stopping the rotating cylinder is mounted at the other end of therotating cylinder; a support rod capable of inserting in and withdrawing from the holding cylinder is mounted in the rotating holding cylinder; and when the support rod is inserted in the supporting cylinder, the holding cylinder can be expanded to fix the products. The multi-directional rotating tool can realize rotation in multiple directions, and improves the production efficiency and the product quality.

Description

technical field [0001] The invention relates to the technical field of mechanical processing equipment, in particular to a tool for fixing products that can rotate in multiple directions of z-axis, x-axis and y-axis. Background technique [0002] The mechanical processing of metal products usually requires multiple processes, such as machining in the previous process, and polishing, wire drawing, sandblasting and deburring in the post-process. Some shell metal products need to be polished, brushed and deburred all around during processing, such as watch shells or mobile phone shells. Due to the many transition angles of these shell products, and because the mechanical processing is too rigid, it cannot be flexible, which leads to processing dead angles in some parts of the product, especially the inner ears on the watch shell, which need to be rotated in multiple directions. And it is not easy to process the difficult-to-process parts. When operating with manipulators and o...

AI Technical Summary

Problems solved by technology

Due to the many transition angles of these shell products, and because the mechanical processing is too rigid, it cannot be flexible, which leads to processing dead angles in some parts of the product, especially the inner ears on the watch shell, which need to be rotated in multiple directions. And it is not easy to process the difficult-to-process parts. When operating with manipulators and other equipment, the manipulators cannot control the position of the processing surface well, resulting in poor product processing consistency, low processing quality, and failure to meet product appearance requirements.

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