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毕业设计 注塑模具设计,共100页
【摘要】 通过对电动机绝缘胶架工艺的正确分析， 设计了一副一模四腔的塑料模具。 详细地叙述了模具成型零件包括前模板、 前模仁、后模板、后模仁、后模镶件、斜导柱、滑块等的设计与加工工艺过程，重要零件的工艺参数的选择与计算， 推出机构与浇注系统以及其它结构的设计过程，并对试模与产品缺陷作了介绍。

目录
第一章 拟定模具结构形式·····························································································1
第一节 确定型腔数量及排列方式··········································································1
第二节 模具结构形式的确定··················································································1
第二章 注射机型号的确定·····························································································2
第三章 分型面位置的确定·····························································································2
第四章 浇注系统形式和浇口的设计············································································3
第一节 主流道设计··································································································3
1. 主流道尺寸······································································································3
2. 主流道衬套的形式··························································································3
3. 主流道衬套的固定··························································································4
第二节 分流道设计··································································································5
1. 主分流道的形状及尺寸··················································································5
2. 主分流道长度··································································································6
3. 副分流道的设计······························