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首页> 外文期刊>Moldmaking Technology: Design, Build, Manage >More Complex Tooling Solutions Yield Significant Cost Savings: Real-life scenarios describing how to make the optimum tooling strategy decisions-including early supplier involvement
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More Complex Tooling Solutions Yield Significant Cost Savings: Real-life scenarios describing how to make the optimum tooling strategy decisions-including early supplier involvement

机译:更复杂的工具解决方案可显着节省成本:实际场景中描述了如何制定最佳工具策略决策,包括尽早参与供应商

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摘要

For high production molding, it's clear that a higher cavitation mold will result in a lower part cost. However, how does one effectively calculate the maximum cavitation that can justify the capital equipment expenditure? What is the downstream impact on the part and mold design decision? Key to success is early supplier involvement. Moldmakers have insight into a pallet of money-making approaches that the customer may not have. When a solid working relationship is formed between the mold builder and buyer, alternate approaches can be introduced-including highly compact cavitation designs, multiple parting line tools, and two-shot and spinning cube technology for in-mold assembly where savings and production can be maximized.
机译:对于高产量的成型,很明显,较高的空化模具将导致较低的零件成本。但是,如何有效地计算出可以证明基本设备支出合理的最大气穴呢?对零件和模具设计决策的下游影响是什么?成功的关键是供应商的早期参与。模具制造商可以洞悉客户可能没有的大量赚钱方法。当模具制造商和购买者之间形成牢固的工作关系时,可以采用其他方法,包括高度紧凑的空化设计,多个分型线工具以及用于模内组装的两次浇铸和旋转立方技术,从而可以节省和生产最大化。

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