Polishing device and polishing system

Abstract

The invention provides a polishing device and a polishing system. The polishing device includes a fixing support, a damping part arranged on the fixing support, and an abrasive cloth installation zone positioned on the damping part. During use, an abrasive cloth is arranged on the abrasive cloth installation zone of the damping part, the fixing support is arranged on a device such a lathe carriage, the position of the damping device on the polishing device is adjusted in a first direction, and then the abrasive cloth is attached to a surface of an article to be polished; and when the article to be polished moves, the article to be polished has a friction with a surface of the abrasive cloth, and then polishing of the surface of the article to be polished can be completed. Through the polishing device, direct contact between an operator and the abrasive cloth and the article to be polished can be avoided; the operation intensity of works can be reduced, and the potential risk during manual operation can be lowered; and in addition, the damping device can effectively relieve vibration of the article to be polished or vibration of the polishing device due to a defect of surface evenness of the article to be polished during a polishing process, the safety can be improved during polishing of the article to be polished, and the polishing effect can be improved.

Description

technical field [0001] The invention relates to the mechanical field, in particular to a polishing device and a polishing system. Background technique [0002] The grinding and polishing process is a common process for mechanical surface processing. It uses sandpaper to rub the surface of the component to achieve the purpose of processing the surface of the component to a specific roughness and improving the flatness of the surface of the component. [0003] In lathe polishing, the parts to be polished are installed on a lathe, and sand skins are attached to the surface of the object to be polished; the active movement of the lathe drives the object to be polished to rotate axially around the main shaft, so that the sand skin rubs The surface of the object to be polished. [0004] Currently, in the specific operation process of lathe polishing, the method of manual hand-held sanding is often used for the polishing and grinding process of parts. Specifically, the operator h...

AI Technical Summary

Problems solved by technology

[0005] A lathe polishing process needs to last for a long time, so the labor intensity of the operator is relatively high; moreover, during the lathe polishing process, the operator needs to apply an appropriate force to the sandpaper to enhance the polishing friction, improve the polishing effect and efficiency, but Due to the high physical labor intensity, it is difficult to maintain a stable force during the entire lathe polishing process, thereby reducing the polishing effect; in addition, during the lathe polishing process, the parts to be processed rotate with the high-speed spindle of the lathe, and the operator has a little If you are not careful, the rotating parts to be processed will hit the operator's hands, and what's more, the operator's body parts will be involved in the lathe, which poses a greater safety hazard during the lathe polishing process

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