Polishing machine for copper materials

Abstract

The invention discloses a polishing machine for copper materials, and belongs to the technical field of polishing machines for copper materials. A top holding device in the front of an adjustable guiding frame is arranged at the top of a base plate. The output end of a second motor penetrates through a supporting base and then is fixedly provided with a flap polishing wheel. A third motor penetrates through a first outer protective shell rightwards and then is fixedly provided with a first adjusting screw. A fourth motor penetrates through a second outer protective shell leftwards and then isfixedly provided with a second adjusting screw, and the outer walls of the first adjusting screw and the second adjusting screw are provided with guiders respectively in a screw-joint mode, wherein the guiders are matched with the first outer protective shell and the second outer protective shell respectively. The tops of the left and right guiders are fixedly provided with a first holder and a second holder respectively. A dust collector is fixedly assembled at the back side wall of a waste box, so that it is ensured that each position on a workpiece can be precisely polished, the polishing quality and the polishing efficiency are ensured, and the device polishing operation adaptability for copper bars of different diameters is improved.

Description

technical field [0001] The invention relates to the technical field of polishing machines for copper materials, in particular to a polishing machine for copper materials. Background technique [0002] Copper rods will be oxidized when placed in the air, resulting in uneven surface of copper rods. Copper rods are generally formed by melting and casting. Grinding the surface of the copper rod. Although the existing cutting equipment on the market can automate the cutting process, the end face of the copper rod after cutting is low in flatness and has many burrs, which affects the overall quality of the product and is easy to cut the staff. It is necessary to use a grinding machine to achieve grinding and deburring, but traditional grinding machines generally use abrasive tools to grind the end face. When polishing, the polishing margin is small. In order to achieve a sufficient polishing margin, multiple polishing is required. The process is more complicated, and automatic po...

AI Technical Summary

Problems solved by technology

[0002] Copper rods will be oxidized when placed in the air, resulting in uneven surface of copper rods. Copper rods are generally formed by melting and casting. Grinding the surface of the copper rod. Although the existing cutting equipment on the market can automate the cutting process, the end face of the copper rod after cutting is low in flatness and has many burrs, which affects the overall quality of the product and is easy to cut the staff. It is necessary to use a grinding machine to achieve grinding and deburring, but traditional grinding machines generally use abrasive tools to grind the end face. When polishing, the polishing margin is small. In order to achieve a sufficient polishing margin, multiple polishing is required. The process is more complicated, and automatic polishing cannot be realized, and the efficiency of automatic polishing is low. At the same time, the supporting structure of the polishing machine is fixed. Invariably, the adaptability to the polishing process of copper rods of different sizes is poor, and the debris and dust during the polishing process cannot be automatically collected. Therefore, we propose a polishing machine for copper materials

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