Efficient grinding machine special for sliding blocks

Abstract

The invention discloses an efficient grinding machine special for sliding blocks. The efficient grinding machine special for the sliding blocks comprises a rodless air cylinder driving feeding system,a feeding system, a grinding system, a pushing system and a discharging system. The efficient grinding method for the sliding blocks comprises the steps of feeding, conveying, machining, pushing anddischarging. According to the grinding machine special for the sliding blocks, the automation technology is adopted, feeding, grinding and discharging are all completed automatically, and compared with a traditional machining mode, the efficiency is improved by 10-12 times; the grinding system adopts a high-strength grinding wheel, grinding and rough and fine grinding are completed at a time in afree state in a brand-new hydraulic motor chain type driving mode, meanwhile, the surface roughness of a finished product is higher, the precision is higher, the yield is higher, the efficiency and quality are truly improved, meanwhile, due to the fact that the machining efficiency is greatly improved, the number of machines is reduced, the one-time investment is saved, and the economic benefit isgreatly improved.

Description

[0001] The present invention is a divisional application for an invention patent with the application name "A Special Grinding Machine and Grinding Method for Efficient Sliders" and the application number "2018100365102". technical field [0002] The invention belongs to the field of slider processing, is particularly applied to the field of high-precision sliders, and in particular relates to a special grinder for high-efficiency sliders. Background technique [0003] The current slider grinding process mainly uses surface grinder magnetic clamping grinding, which needs to go through three processes of rough grinding, semi-fine grinding and fine grinding, resulting in low processing efficiency, inability to guarantee accuracy, and inability to guarantee the surface roughness of finished products. Frequent correction of the grinding wheel requires repeated degaussing (and the degaussing is not clean). In order to ensure the surface roughness of the finished product, a grin...

AI Technical Summary

Problems solved by technology

[0003] The current slider grinding process mainly uses surface grinder magnetic clamping grinding, which needs to go through three processes of rough grinding, semi-fine grinding and fine grinding, resulting in low processing efficiency, inability to guarantee accuracy, and inability to guarantee the surface roughness of finished products. Frequent correction of the grinding wheel requires repeated degaussing (and the degaussing is not clean)

In order to ensure the surface roughness of the finished product, a grinding process is also required, resulting in a complicated process and low yield

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