Manufacturing method capable of reducing wire waste and forged component forming machine applying the same

Abstract

This invention relates to a manufacturing method capable of reducing wire waste, comprising: a material feeding step: conveying a wire forward through a shear die and abutted against a material stop device, and then driving a shearing device to shear the protruding wire to form a blank; a tail cutting step: stopping the machine and cutting the tail part when a tail part of the wire passes through an end detector; a connection step: when an end of the cut tail part of the wire passes a material connection detector, stopping the machine, sending another wire to the rear of the aforementioned wire and continuing feeding; a material unloading step: when the front and rear connected wires are moved to a joint detector, stopping the machine, removing the material stop device from the front of the shear die, and drawing out the wire at front. With the manufacturing method, the wire can be fully utilized to achieve the efficacy of reducing waste.

Description

technical field [0001] The invention relates to a manufacturing method of a forged part and a forging part forming machine implementing the method, in particular to a manufacturing method capable of reducing wire waste and a forging part forming machine implementing the method. Background technique [0002] Generally, the manufacture of forged parts such as screws and nuts is roughly to send a coil-shaped wire into a forged part forming machine, and after straightening, conveying, stopping, and cutting into a blank of predetermined length, and then through multiple A clamp device is sequentially clamped and sent to multiple female mold devices, and the blank is stamped backward through the male mold device located in the front, and the blank is pushed out forward by the jacking device located in the rear, that is, the blank can be punched. Forging into semi-finished products, and then other follow-up work, such as tapping, rubbing and so on. The following is mainly to descr...

AI Technical Summary

Problems solved by technology

[0005] When the wire rod 10 is conveyed forward one after another until the tail (not shown) passes the end detector 16, the end detector 16 will sense that there is no continuous wire rod 10 behind it, so an instruction will be issued immediately to control the machine to stop. At this time, The staff must hold the wire rod 10 and pull the remaining part of the material located in front of the tail backward out of the forging part forming machine 1. After this part of the material is taken out, it will become waste and cannot be reused. Material device 14, length is about 3 meters, if its diameter is 30 millimeters, then the waste material weight of this section will be up to ten kilograms, not only will form waste but also relatively increase cost

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