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Mould Data Management In Plastic Injection Mould Industries

机译:注塑模具行业的模具数据管理

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In the current mould-making industries, the challenge is to shorten the mould lead-time while maintaining the desired quality. This is one of the main demands from customers so as to maintain a competitive edge over the competition. While mould industries are always improving on their systems to cater to the rapidly changing plastics industry, one of the common issues that are still plaguing them is the management of large quantities of data within a mould project. In the current practice of local mould-making industries, almost all the data for the mould design, manufacture and testing stage are often either confused or duplicated unnecessarily. As a result, it becomes less responsive when changes are required since manual decision-making and sorting of these data are required. With the increasing complexity of plastic part design, the corresponding mould design, manufacturing, and testing data also increase in both quantity and complexity. The usual method of managing these data would take up a substantial amount of time. This issue could be resolved by incorporating a data management system that specifically caters to mould-making industries into their practice. This paper presents a framework for how the data from the different stages of the mould project could be managed more efficiently through the use of templates. This framework is divided into modules to cater for the various stages of the mould project. A case study is presented to illustrate the proposed framework for mould data management.
机译:在当前的模具制造行业中,挑战在于在保持所需质量的同时缩短模具交货时间。这是客户保持竞争优势的主要要求之一。尽管模具行业一直在不断改进其系统以适应快速变化的塑料行业,但仍困扰着它们的常见问题之一是模具项目中大量数据的管理。在当地模具制造行业的当前实践中,模具设计,制造和测试阶段的几乎所有数据经常被混淆或不必要地重复。结果,由于需要人工决策和分类这些数据,因此在需要更改时它的响应性降低。随着塑料零件设计复杂性的增加,相应的模具设计,制造和测试数据的数量和复杂性也随之增加。通常,管理这些数据的方法将花费大量时间。通过将专门针对制模行业的数据管理系统纳入其实践,可以解决此问题。本文提出了一个框架,用于如何通过使用模板更有效地管理来自模具项目不同阶段的数据。该框架分为多个模块,以适应模具项目的各个阶段。提出了一个案例研究,以说明提出的模具数据管理框架。

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