Full-automatic polishing device and method

Abstract

The invention discloses a full-automatic polishing device and method. The full-automatic polishing device comprises a main control unit, an automatic feeding device, a workpiece clamping and positioning mechanism, a double-platform full-circumferential polishing device and an automatic discharging device. When the full-automatic polishing device works, firstly a workpiece is automatically fed to afeeding area, and then is automatically pushed to a polishing area; afterwards, an upper side clamping fixture and a lower side clamping fixture respectively act on the upper side and lower side of the workpiece so as to clamp and position the workpiece up and down; a first polishing unit polishes one side of the workpiece from a first end to a second end, and meanwhile, a second polishing unit polishes the other side of the workpiece from the second end to the first end, and thus, the circumferential polishing of the workpiece is realized; and finally, the workpiece is automatically discharged. Therefore, the full-automatic polishing device realizes the full-automatic circumferential polishing of the workpiece, substantially improves the working efficiency, reduces the labor cost, meanwhile improves the polishing quality, avoids the phenomenon that the local polishing is not in place, and is suitable for popularization and application.

Description

technical field [0001] The invention relates to the technology in the field of grinding and polishing, in particular to a fully automatic grinding and polishing equipment and method. Background technique [0002] Polishing is a necessary process in the industrial manufacturing industry. Taking the grinding and polishing of hardware as an example, it generally needs to be polished and polished for mold lines, burrs, burrs, bumps and other defects of hardware products; in the prior art, the earliest is by Hand-held workpieces are processed on grinding machines and polishing machines, which have many defects such as low efficiency, large manual errors, poor quality consistency, and great physical and mental harm to operators. [0003] Later, a lot of automatic grinding and polishing equipment appeared in the industry. Compared with the previous manual operation method, it has really made great progress. However, the automatic grinding and polishing equipment in the prior art st...

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Problems solved by technology

[0002] Polishing is a necessary process in the industrial manufacturing industry. Taking the grinding and polishing of hardware as an example, it generally needs to be polished and polished for mold lines, burrs, burrs, bumps and other defects of hardware products; in the prior art, the earliest is by Hand-held workpieces are processed on grinding machines and polishing machines, which have many defects such as low efficiency, large manual errors, poor quality consistency, and great physical and mental harm to operators.

[0003] Later, a lot of automatic grinding and polishing equipment appeared in the industry. Compared with the previous manual operation method, it has really made great progress. However, the automatic grinding and polishing equipment in the prior art still has some shortcomings, for example: the operating efficiency is affected. limitations, it is difficult to further improve, and the grinding and polishing are prone to inadequacy, especially for the situation that some products need to be polished in the circumferential direction, it is even more difficult to achieve the grinding and polishing to meet the processing quality requirements; also, at present, the industry generally It is for dust removal outside the equipment and in the workshop. Dust will enter the workshop, and the staff cannot avoid the influence of dust in the workshop.

And, the existing automatic grinding and polishing equipment still has many manual processes involved, and the labor cost is high

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