A guide rail blanking and cutting tool

Abstract

A guide rail discharging and cutting tool is composed of a lower support (1), a belt-type cutting machine body (2), a beam (3), a saw blade fixing mechanism (4), a saw blade (5), a clamping mechanism (6), guide rails (7), a carrying plate (8), a limiting mechanism (9) and a carrier roller mechanism (10). The guide rail discharging and cutting tool is characterized in that the saw blade fixing mechanism (4) can move left and right on the beam (3) through a fastening knob (4-1), the cut guide rails (7) are fixed through the clamping mechanism (6), the length of each guide rail (7) is controlled through the limiting mechanism (9), the guide rails (7) are supported and moved through the carrier roller mechanism (10), a lead screw (6-1) with a handle is screwed down, and the belt-type cutting machine body (2) is started for discharging and cutting the guide rails (7). The guide rail discharging and cutting tool can be used for cutting a plurality of guide rails at the same time, and the purposes that work and labor are saved and working efficiency is improved are achieved.

Description

technical field [0001] The invention relates to the field of mechanical processing, in particular to a blanking and cutting tool for guide rail processing. Background technique [0002] In the 21st century, the manufacturing industry is developing more rapidly. General machinery, automobiles, motors and other industries use a large number of parts such as linear guide rails. The processing of guide rails generally has the following steps: forging, shaping, cutting, section processing, and cavity cutting. , heat treatment, and the cutting process generally divides the whole raw material into different lengths after cutting. The quality of the cutting directly affects the cutting number of a single product, thereby affecting the raw material cost of the product. How to control the accuracy of cutting , also has an important impact on the cost of subsequent processing. If the cutting length is too long, the cutting accuracy of the end face is not enough, which will increase the...

AI Technical Summary

Problems solved by technology

[0002] In the 21st century, the manufacturing industry is developing more rapidly. General machinery, automobiles, motors and other industries use a large number of parts such as linear guide rails. The processing of guide rails generally has the following steps: forging, shaping, cutting, section processing, and cavity cutting. , heat treatment, and the cutting process generally divides the whole raw material into different lengths after cutting. The quality of the cutting directly affects the cutting number of a single product, thereby affecting the raw material cost of the product. How to control the accuracy of cutting , also has an important impact on the cost of subsequent processing. If the cutting length is too long, the cutting accuracy of the end face is not enough, which will increase the processing time and make the processing more difficult. However, the current cutting machine is used to cut the material, and the cutting accuracy is low. The speed is slow and the cutting quality is uneven. Therefore, it is of great significance to design a tool that can cut and cut multiple guide rails at a time with a fast cutting speed, which is of great significance for improving product processing efficiency.

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