Continuous machining method of parts

Abstract

The invention provides a continuous machining method of parts. The method comprises following steps: a first mechanical arm is used for grabbing a raw material part placed on a raw material table, the raw material part is placed in a first clamping device of a first machining device to subject to preset-boundary-dimension machining; the machined first mechanical arm can place a workblank part subject to boundary dimension machining on a first transfer table from the first clamping device, a second mechanical arm picks the workblank part from the first transfer table, and the workblank part is placed in a second clamping device of a second machining device to be subject to ladder opening operation, and after finishing, the second mechanical arm can take the machined parts from the second clamping device to be placed on a round product bearing disc.

Description

technical field [0001] The invention belongs to the field of parts processing, in particular, it relates to a method for continuous processing of parts from raw materials to finished products. Background technique [0002] It is known that, for the purpose of improving processing efficiency, common parts processing in the industry will be decomposed into several processing stages, and each processing stage completes a part of the work. [0003] Specifically, for example, the processing of common metal parts is generally divided into two stages of rough machining and fine machining. In the rough machining stage, the raw material is processed into a blank of a part, for example, it usually includes machining of external dimensions; and then the blank is processed into a finished product in the fine machining stage, for example, the period usually includes fine grinding of dimensions, drilling, Heat treatment processing or electroplating processing, etc. [0004] The differen...

AI Technical Summary

Problems solved by technology

[0005] Since there are many parts to be processed by machining at one time, there will be more operations to manually transfer the parts to be processed. In this way, long-term operations will require higher physical strength for the transfer operator.

Moreover, at the beginning of the operation, due to the abundant physical strength of the operator, the accuracy of the operation will be relatively high, and after a period of transfer operation, his physical strength will decrease, and the accuracy of the operation will also decrease.

[0006] For example, for machining, accurately placing the parts to be processed on the fixture is a rather boring and labor-intensive task. As the working hours increase, the accuracy of the operator's placement will inevitably decrease. In this way, It will inevitably lead to a lot of useless duplication of labor, which will inevitably lead to a decline in processing efficiency while consuming time.