PCB enterprise order management system and method

Abstract

The invention discloses a PCB enterprise order management system and method, and belongs to the technical field of PCB production management. The system comprises a PDM device, a CAPP device, a radio frequency tag generation module and a radio frequency reading module.By means of the system and method, the working process can be more standardized, workers can conveniently trace quality problems on the premise that the automation level is improved, and the working efficiency is improved. And the order management quality of a PCB enterprise is effectively improved.

Description

technical field [0001] The invention relates to the technical field of PCB board production management, and more specifically relates to a PCB enterprise order management system and method. Background technique [0002] At present, the manufacturing process of PCB board enterprise orders is based on manual statistics of product processing progress and output data, resulting in waste of production materials and artificial resources, and the use of manual detection methods for data statistics takes a long time, which cannot effectively provide timely information to management. Managers do not know the real-time progress of the order and the utilization of production equipment, and do not know the bottleneck process of the production site, so that the problems in the production process of the product cannot be discovered in time, so that the managers cannot make quick and correct decisions to make full use of the enterprise. The production capacity decision is not only that, bu...

AI Technical Summary

Problems solved by technology

[0002] At present, the manufacturing process of PCB board enterprise orders is based on manual statistics of product processing progress and output data, resulting in waste of production materials and artificial resources, and the use of manual detection methods for data statistics takes a long time, which cannot effectively provide timely information to management. Managers do not know the real-time progress of the order and the utilization of production equipment, and do not know the bottleneck process of the production site, so that the problems in the production process of the product cannot be discovered in time, so that the managers cannot make quick and correct decisions to make full use of the enterprise. Production capacity decision-making, not only that, but for the quality inspection of PCB boards, it is generally manual offline inspection, and manual offline inspection is carried out in stages and batches, ranging from one day to several days, mainly determined by the batch size of the product

Due to the "post-event" effect of the offline detection method, real-time detection and alarm in the production process cannot be realized, so that product defects cannot be discovered and corrected in time, resulting in waste of production materials

[0003] Although, in the prior art, there are two-dimensional codes or barcodes on the PCB to solve the above problems, but the two-dimensional codes or barcodes are generally designed for spraying, because most of the PCBs are working at high temperatures without interruption. Under environmental conditions, the sprayed QR code or bar code is easy to fade, and the QR code or bar code generally occupies a certain space area, which may be blocked by other components on the PCB board, which not only affects the scanning speed, but also causes inaccurate or poor scanning. Unsuccessful situations will affect the order management efficiency of PCB board companies, which is not conducive to the order management of PCB board companies. In addition, the size and shape of PCB boards are different, and the scale of batch recognition is quite different. Therefore, the current technology cannot meet large Real-time Requirements for Batch Identification of Traceability System in Large-Scale Mobile Labeling Environment

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