Magnetic material chamfering system and chamfering method

Abstract

The invention provides a magnetic material chamfering system and method, and the system comprises front-section chamfering equipment which is disposed along a first direction as a feeding direction, and rear-section chamfering equipment which is disposed at the rear section of the front-section chamfering equipment and is disposed along a second direction which is used as the feeding direction and is perpendicular to the first direction. The output end of the front-section chamfering equipment is connected with the input end of the rear-section chamfering equipment, the front-section chamfering equipment and the rear-section chamfering equipment are respectively provided with the chamfering mechanisms, each chamfering mechanism is used for chamfering four edges parallel to the feeding direction, and after a workpiece is chamfered by the front-section chamfering equipment, the chamfering mechanisms are used for chamfering the four edges parallel to the feeding direction. And the direction of the workpiece is not changed, and the workpiece is conveyed to the rear-section chamfering equipment from the input end of the rear-section chamfering equipment to be chamfered. The chamfering precision is high, the chamfering distance is shortened, arrangement is more compact, the chamfering efficiency is high, chamfering adjustment is more convenient, the whole machine adjustment time is short, tools can be conveniently and rapidly replaced, and consumed time is less.

Description

technical field [0001] The present invention relates to the technical field of magnetic material chamfering, and more particularly, to a magnetic material chamfering system and a chamfering method. Background technique [0002] In the processing technology of magnetic materials, after the cutting process, the right-angled edges need to be chamfered. [0003] When chamfering small corners (below 0.3mm), the existing chamfering equipment uses electroplated grinding wheels for chamfering. The grinding wheel is directly connected to the motor, and one edge is chamfered on the magnetic block track at a time. Four identical The mechanism completes the chamfering process of the four sides in sequence; when adjusting the chamfering angle, the whole set of equipment needs to be adjusted together, which is difficult to adjust and the size of the chamfering is difficult to control. When chamfering large corners (about 0.3-0.8mm), the magnetic block is generally larger. One is to use a...

AI Technical Summary

Problems solved by technology

[0003] When chamfering small corners (less than 0.3mm), the existing chamfering equipment uses electroplated grinding wheels for chamfering. The grinding wheel is directly connected to the motor, and one side is chamfered on the magnetic block track at a time. Four identical The mechanism completes the chamfering process of the four sides in sequence; when adjusting the chamfering angle, the whole set of equipment needs to be adjusted together, which is difficult to adjust, and the size of the chamfering is difficult to control

When chamfering large corners (about 0.3-0.8mm), the magnetic block is generally larger. One is to use a grinding wheel to chamfer on one side (same as the principle of chamfering small corners), and the other is to manually chamfer, resulting in low efficiency and difficult chamfering operations.

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