Implementation scheme of numerical control machining full-automatic production line

Abstract

The invention discloses an implementation scheme of a numerical control machining full-automatic production line. The implementation scheme of the numerical control machining full-automatic productionline comprises a central control system, a feeding area, an intelligent conveying line, a blank code printing mechanical arm, an intelligent blank marking table, numerical control machine tools, a numerical control operation mechanical arm, a detection mechanical arm, an intelligent detection table, an intelligent cleaning system, a qualified product coding mechanical arm, an intelligent qualified product coding table, a qualified product stacking area and an unqualified product stacking area, wherein the central control system is responsible for the management and operation of the numericalcontrol machining full-automatic production line, when a workpiece is placed in the feeding area, the central control system begins to start the whole production line. According to the scheme, full-automatic production of the numerical control machining is realized, the workpiece feeding, code printing, numerical control machining, cleaning and drying, detection and other work which are reasonablyenabled to be integrated together in mechanical production are realized.

Description

technical field [0001] The invention relates to the field of full-automatic production of numerical control machining, in particular to an implementation scheme of a full-automatic production line of numerical control machining. Background technique [0002] Although great progress has been made in the field of machinery manufacturing in this century, from the popularization of ordinary machine tools in the last century to the popularization of CNC machine tools now, the current mechanical processing is still processed by a single machine tool alone, and the machine tools still need workers to operate and clean the workpiece completely. It is a manual operation, and the inspection work after workpiece processing is also carried out manually by workers, with large errors and many mistakes. Therefore, a method that can reasonably integrate workpiece loading, coding, numerical control processing, cleaning and drying, and inspection is proposed. It is particularly necessary to h...

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Problems solved by technology

[0002] Although great progress has been made in the field of machinery manufacturing in this century, from the popularization of ordinary machine tools in the last century to the popularization of CNC machine tools now, the current mechanical processing is still processed by a single machine tool alone, and the machine tools still need workers to operate and clean the workpiece completely. It is a manual operation, and the inspection work after workpiece processing is also carried out manually by workers, with large errors and many mistakes. Therefore, a method that can reasonably integrate workpiece loading, coding, numerical control processing, cleaning and drying, and inspection is proposed. The intelligent automatic production line together is particularly necessary

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