Proper quality management can longer the tooling life
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Tooling Used in the production process caused by normal wear and tear will be to insure that tooling Quality, daily production Management Quality control will be in the more important role, from the below aspects:

1) effective management of product data , process data, drawing document: effective management of production data, processing data management,2d&3d drawing document management, can ensure a complete document, drawing version ; to the drawings to achieve effective sharing and use of effective inquiry. Can create a complete document management PC database, the engineering department collect drawings, scattered, previously scattered, isolated use of the information together in order to prevent image file as the design, 2d, 3d chaos, original data, design changes history, maintenance version confusion, 3d models and 2d drawings of data inconsistencies, 2d CAD drawing  are not standardized, there are problems caused by confusion is difficult to be identified and promptly corrected, causing tooling to modify and repair, and even set aside to add the tooling  manufacturing costs, make mold manufacturing cycle time longer.

2) maintain the tooling drawing, processing, and the kind of data consistency and integrity: through effective, careful and strict test measurement to ensure that tooling drawings, production processing technology, and the kind of data consistency and integrity.

3) every set of tooling design, manufacturing costs must be collected and recorded in time: the work shop through effective control of summons out, the effective management of Tools Obsolescence; die structure design through accurate, efficient and accurate processing of tooling parts spare parts for testing, will effectively reduce the mold due to design changes, maintenance and the added costs to obtain the actual cost of each mold, effectively Control mold quality.

4) Manpower planning: the planning, design, processing technology, factory production, labor resources information such as organically organized, integrated, co-production in order to effectively coordinate programs and able to effectively guarantee quality and timely delivery mold goods.

5) to develop a comprehensive, practical and tooling production management system: development of a complete manufacturing management system, implementation of manufacturing management processes, product data management, process data management, project management, schedule management, computer information management system, including tooling production planning, tooling design, process development, product testing assignments and workshop, warehouse management, to tooling making and related ancillary information from the planned development to be completed to achieve full delivery tracking management.

6) to establish failure modes and effects analysis libraries: the establishment of tooling design, manufacturing failure mode and effect analysis of libraries, through meetings, bulletins, computer sharing, plus awards, penalty methods, to prevent the same problems next time.


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