Cutting assembly for electronic electromechanical assembly production machine tool

Abstract

The invention aims to provide a cutting assembly for an electronic electromechanical assembly production machine tool. The cutting assembly comprises a fixing device, wherein the fixing device comprises a first fixing seat, a first connecting plate, a second connecting plate, a first sliding sleeve, a second fixing seat, a third connecting plate, a third fixing seat, a fourth connecting plate and a spring, a structure of the machine tool can be utilized, and an electronic electromechanical product is fixed to a machine tool sliding rail, so that subsequent processing is facilitated; a scribing device which comprises a first mounting base, a second sliding sleeve and a cutting knife, wherein the cutting knife can machine the electronic electromechanical product through a connecting device; and the connecting device which comprises a second mounting seat, a knob and a clamping jaw, wherein the clamping jaw can achieve tightening and loosening according to the worm and gear principle so as to be connected with a machine tool spindle.

Description

technical field [0001] The invention relates to the field of machine tool accessories, in particular to a cutting assembly for producing machine tools of electronic electromechanical components. Background technique [0002] In the production of some electronic electromechanical components, machine tools are often used for processing, but traditional machine tools can only be used for cutting processing. In some specific use environments, when cutting operations are required, the electronic electromechanical components can only be removed, and then Cutting with other equipment is a waste of time in the process of going back and forth, which affects production efficiency. If you use a machine tool to cut directly, because the processing principle of the machine tool is cutting, it is forcibly used for cutting. First, it will increase the loss of materials. The 2nd, although cutting process precision is high, speed is slow, and efficiency is low when being used for cutting off...

AI Technical Summary

Problems solved by technology

[0002] In the production of some electronic electromechanical components, machine tools are often used for processing, but traditional machine tools can only be used for cutting processing. In some specific use environments, when cutting operations are required, the electronic electromechanical components can only be removed, and then Cutting with other equipment is a waste of time in the process of going back and forth, which affects production efficiency. If you use a machine tool to cut directly, because the processing principle of the machine tool is cutting, it is forcibly used for cutting. First, it will increase the loss of materials. Second, although the cutting process has high precision, but the speed is slow, the efficiency is low when used for cutting

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