MES electrode intelligent manufacturing and detecting system, mould intelligent manufacturing system and mould manufacturing method

Abstract

The invention provides an MES electrode intelligent manufacturing and detecting system, a mould manufacturing system and a mould manufacturing method. The MES electrode intelligent manufacturing and detecting system comprises a feeding frame, a CNC electrode machining center, a coordinate measuring machine (CMM), a robot travelling guide rail, a robot and a central control system. Each electrode workpiece is provided with an RFID chip, a mechanical claw of the robot is provided with an RFID reading and writing device, and the robot is mounted on the robot travelling guide rail. An AGV magneticstripe navigation line is arranged between the CMM and the robot travelling guide rail, and an AGV logistics vehicle is arranged on the AGV magnetic stripe navigation line. A CNC system, a CMM control system, a robot control system and an AGV control system are all connected to the central control system. The mould manufacturing system comprises the MES electrode intelligent manufacturing and detecting system and an electric discharge machine (EDM). The invention further provides the method for manufacturing a mould through the mould manufacturing system. The manufacturing efficiency of the electrode workpieces and the mould is effectively improved, and the product passing rates of the electrode workpieces and the mould are effectively increased.

Description

technical field [0001] The invention relates to the field of automation technology, in particular to an MES electrode intelligent manufacturing and detection system, a mold intelligent manufacturing system and a mold manufacturing method. Background technique [0002] Errors in structure, shrinkage, processing interference, cavity orientation, proportion, detail processing, etc. during the mold design process, or due to tool use, material preparation, collision correction, processing program allocation, clamping, and processing Errors in compensation, etc., or errors in version aging, format conversion, fonts, decimal point input, and management systems during transmission, lead to a high overall error rate. [0003] In addition, in the traditional mold industry, the operation process is highly dependent on personnel, and the processing quality and efficiency depend more on experienced technicians. However, the high mobility of personnel and the difficulty of recruiting work...

AI Technical Summary

Problems solved by technology

EDM requires the use of electrode workpieces, and the manufacturing and testing of electrode workpieces often requires manual operation of machine tools for processing in current actual production. After the electrode workpieces are processed by the machine tool, the electrodes are manually detected by measuring tools, and the efficiency is relatively slow.

The cumbersome steps of electrode manufacturing also slow down the process of manufacturing molds based on EDM technology

[0005] Therefore, it is necessary to design a MES electrode intelligent manufacturing and testing system, a mold intelligent manufacturing system and a mold manufacturing method to make the electrode manufacturing and testing intelligent, and at the same time, the electrode intelligent manufacturing and testing system can build efficient and intelligent mold automation The production line, through automated production, realizes the intelligentization of mold manufacturing production, and solves the problems of high personnel mobility, high product error rate and poor quality from the root.

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