Omnibearing multi-axis polishing machine

Abstract

The invention relates to an omnibearing multi-axis polishing machine. The omnibearing multi-axis polishing machine comprises a polishing system, a workpiece moving mechanism and a driving system. Thepolishing system is movably connected to vertical working guide rails and further located above the workpiece moving mechanism. The workpiece moving mechanism is located on a horizontal workbench. Thedriving system provides power for the polishing system, the workpiece moving mechanism, the vertical working guide rails and the horizontal workbench. The polishing system drives rotating tables to rotate. When a plurality of abrasive wheel assemblies rotate, motors are connected to rotate automatically, air cylinders are arranged to swing left and right, and abrasive wheels can move and rotate automatically in the multi-axis direction. Moreover, a plurality of workpieces are arranged on rotatable grinding tables of the workpiece moving mechanism to rotate automatically, the polishing abrasive wheels can polish and grind the workpieces in an omnibearing mode through left-right swinging of the air cylinders, and high-efficiency and full-automatic polishing equipment is obtained.

Description

technical field [0001] The invention relates to the technical field of polishing equipment, and refers to an omnidirectional multi-axis polishing machine. Background technique [0002] With the development of industry, the existing bathroom, hardware industry faucets, locks, handles, glasses frames, watches and other special-shaped workpieces are generally cleaned by manual polishing, but the working environment in the polishing workshop is harsh, and dust is flying everywhere, and the polished dust is Metals can easily cause occupational diseases. Manual polishing involves many external factors, and the skill of the worker is very important. The quality of the products produced by different people is not the same, the quality is unstable, there are more waste products, and the waste of resources is serious. The cost of training workers is very high, and the training period for skilled polishing workers is 1-2 years, which requires high physical fitness of workers. Labor i...

AI Technical Summary

Problems solved by technology

High labor intensity and low production efficiency

[0003] At present, the existing polishing equipment can only be limited to polishing components, and it is also limited to movement and rotation in several directions. It is difficult to meet the requirements of polishing quality to achieve accurate orientation, and manual cooperation is required. The degree of automation is not high, and the production efficiency is not high. High, can not solve the existing polishing workpiece quality, efficiency, high cost, and the problem of poor production environment for workers

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