Fixed-point segmental cutting method and cutting device for fixed-length guide belt

Abstract

The invention discloses a fixed-point fractional cutting method for a fixed-length guide strip. The method comprises the following steps: installing a guide strip cutting device; installing the guide strip in classification and establishing a guide strip length standard; confirming the width of a guide strip positioning slot according to the classification of the guide strip and the guide strip length standard; confirming the initial cutting point of the guiding strip by performing the heating and temperature-control treatment on the guide strip or directly connecting a fixing device of the guide strip cutting device; adjusting a cutting tool on the guide strip cutting device according to the classification of the guide strip; fixing the guide strip in the positioning slot; fixing a cutting position by bilaterally fixing points according to the standard length; connecting the guide strip cutting device; transmitting after cutting the guide strip by referring to the fixed point position; and till the guide strip is fixed at the fixed point position again according to the length standard, starting the next cutting process. The invention also provides a cutting device for realizing the method.

Description

technical field [0001] The invention relates to the fields of electromechanical control technology and mechanical control technology, in particular to a fixed-point segmental cutting method for a fixed-length guide belt, and more particularly to a cutting device for realizing the method. Background technique [0002] The guide belt is mainly made of polytetrafluoroethylene and nylon; it mainly plays the role of guiding support; it has good wear resistance and high temperature resistance. It has the advantages of high strength, high hardness, good thermal conductivity and plastic lubricity of metal materials. Under dry friction conditions, its wear resistance is better than heat and plastic lubricity. Under dry friction conditions, Its wear resistance is seven or eight times higher than that of copper and iron, and it is an ideal material for making soft belts for machine tool guide rails. Widely used in hydraulic equipment; and other industrial fields. At present, the PTFE...

AI Technical Summary

Problems solved by technology

At present, the PTFE guide belts and some cloth guide belts sold in the market are mostly in one roll, and the length is relatively long. They are usually used for cutting. When the demand for products of the same specification is large, the cutting is more It is troublesome, and it is difficult to grasp the length and angle of manual cutting; the efficiency is also very low

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