Material fine-grinding and cutting material platform for intelligent positioning plane fine-grinding machine

Abstract

The invention discloses a material fine-grinding and cutting material platform for an intelligent positioning plane fine-grinding machine. The material fine-grinding and cutting material platform comprises a multi-station revolving platform and a dovetail positioning mechanism, wherein the dovetail positioning mechanism is used for accurately positioning the multi-station revolving platform. In order to overcome defects in the prior art, the material fine-grinding and cutting material platform for the intelligent positioning plane fine-grinding machine is provided; according to the material fine-grinding and cutting material platform, the automated switching among a plurality of stations can be achieved, the rough polishing operation and the fine polishing operation can be performed simultaneously, and then the production efficiency can be improved; and meanwhile, the material fine-grinding and cutting material platform has the positioning function, so that the accurate pick-up and placement of a workpiece can be achieved.

Description

technical field [0001] The invention relates to a grinding device, in particular to a fine grinding and cutting material platform used in an intelligent positioning plane fine grinder. Background technique [0002] When processing glass products (such as protective glass for windows), the glass surface needs to be polished. Traditional glass grinding is done manually. The grinding strength and grinding methods of manual grinding vary from person to person. The polished surface is relatively rough, which cannot meet the needs of production. . The existing surface grinding for glass products adopts ordinary grinding machines. During operation, the glass to be polished is manually placed on the processing platform, and the grinding disc is lowered to the glass surface for direct cutting. The disadvantages are: 1. The glass to be processed is When picking and placing, because there is no positioning function, there is a deviation in picking and placing. When the glass to be pro...

AI Technical Summary

Problems solved by technology

[0002] When processing glass products (such as protective glass for windows), the glass surface needs to be polished. Traditional glass grinding is done manually. The grinding strength and grinding methods of manual grinding vary from person to person. The polished surface is relatively rough, which cannot meet the needs of production.

The existing surface grinding for glass products adopts ordinary grinding machines. During operation, the glass to be polished is manually placed on the processing platform, and the grinding disc is lowered to the glass surface for direct cutting. The disadvantages are: 1. The glass to be processed is When picking and placing, because there is no positioning function, there is a deviation in picking and placing. When the glass to be processed is placed on the processing platform, it will cause partial grinding not in place, which will affect the product quality; 2. Most of the ordinary grinding machines are simplex position, it is not possible to process multiple parts at the same time, and most of the existing grinding machines pick and place workpieces are fixed by manual clamping

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