Die enterprise informatization management system

Abstract

The invention discloses an information management system for a mould enterprise. The information management system links various information sub-systems, including a PDM sub-system, a CAPP sub-system, an ERP sub-system and an OA sub-system, through a network to realize an integration of various designs, technologies, manufacturing and management software, and practically ensure the integration of the design, analysis and processing; the whole mould project conducts the managements from contracting, the formulation of a master production plan, the plan and operation of material demands, the purchase and management of standard parts and materials, outsourced management of multi-operation and single operation of moulds, inventory management and production workshop management, to formulate the production plan of workshop level, release the plan to a detailed machine tool and locksmith teams, make statistics for the completion and consumed work hours of every operation during the production process of the moulds in real time and realize the accurate statistics of costs; the information transfer between different departments overcomes lagged manual paper-based transfer, which truly achieves paperless office work, and not only saves office work expenses but also increases the transfer speed of the information.

Description

technical field [0001] The invention relates to an enterprise management subsystem, especially a mold enterprise management subsystem designed to connect multiple enterprise management information subsystems through a network, so as to realize the management of the whole process of mold from design to production to delivery. Background technique [0002] The design and manufacture of molds is a very complicated process, which involves all aspects of the manufacturing field. It is characterized by small batch production of one piece, and the mold is often not the final product, and its delivery time must respond to the needs of automotive panel users at the fastest speed. Therefore, shortening the mold design and manufacturing cycle will be one of the important ways to improve the competitiveness of enterprises. At the same time, the design process of most automobile panels requires the collaborative participation of mold design and production units to be successfully comple...

AI Technical Summary

Problems solved by technology

[0004] 1. The design and manufacturing cycle is long, which is not conducive to market competition

Mold design is highly dependent on experience, design is not scientific, and design and management methods are outdated. As a result, the first-time success rate of mold design and manufacturing is low, and frequent change feedback leads to a long cycle of mold design and manufacturing, which affects mold exchange. Delivery time, corporate image and competitiveness, and increase the total cost of the mold

[0005] 2. Lack of cross-platform product data management tools

The management and maintenance of a large number of engineering drawings and product data consume a lot of energy of product developers, and often cause immeasurable losses due to inconsistent versions

[0006] 3. Lack of advanced production plan management and control means

It is difficult to ensure the delivery date and quality of molds by relying on manual experience for production planning and scheduling

[0007] 4. Weak link in cost co

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