Mechanical arm multi-station belt sander

Abstract

The invention discloses a mechanical arm multi-station belt sander which comprises a base, a mechanical arm clamping a workpiece, abrasive belt wheel trains and an automatic feeding mechanism. The abrasive belt wheel trains are multi-station abrasive belt trains and comprise the wide coarse abrasive belt wheel train, the narrow coarse abrasive belt wheel train, the wide fine abrasive belt wheel train and the narrow fine abrasive belt wheel train. The abrasive belt wheel trains are sequentially arranged in an arc shape. Each abrasive belt wheel train comprises a sliding base, a driving wheel, a contact wheel, a tension wheel and an abrasive belt wound around the surface of the driving wheel, the surface of the contact wheel and the surface of the tension wheel, wherein the driving wheel, the contact wheel and the tension wheel are arranged on the sliding base. Compared with the prior art, the mechanical arm multi-station belt sander has the advantages that the automation degree is high, dependence on polishing experience of a worker is eliminated, any position of the workpiece can be polished, and the polishing quality is stable and uniform; the production efficiency and the economic benefits are effectively improved and the occurrence rate of safety accidents is reduced; the business management level and the informatization level are improved and the purpose of standard management of an enterprise is achieved.

Description

technical field [0001] The invention relates to a polishing machine, which belongs to the technical field of polishing equipment, in particular to a multi-station abrasive belt polishing machine with a manipulator. Background technique [0002] At present, in the existing abrasive belt polishing technology, the polishing abrasive belt is generally rotated at a fixed position, and the worker holds the workpiece or installs the workpiece on a simple push-pull fixture, and then polishes the workpiece close to the abrasive belt. Due to the manual operation, the workers are always in a state of high tension, and their labor intensity is very high. The quality of the surface polishing of the workpiece is often unstable due to changes in the operator's physical strength and attention. Workers are prone to safety accidents due to fatigue, not only low production efficiency, low product quality, but also unfavorable to the standardized management of the production process. Contents...

AI Technical Summary

Problems solved by technology

[0002] At present, in the existing abrasive belt polishing technology, the polishing abrasive belt is generally rotated at a fixed position, and the worker holds the workpiece or installs the workpiece on a simple push-pull fixture, and then polishes the workpiece close to the abrasive belt. Due to the manual operation, the workers are always in a state of high tension, and their labor intensity is very high. The quality of the surface polishing of the workpiece is often unstable due to changes in the operator's physical strength and attention. Workers are prone to safety accidents due to fatigue, not only low production efficiency, low product quality, but also unfavorable for standardized management of the production process

Images