φ8压板模具毕业设计

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1、湖南科技工业职业技术学院Ø8压板模具设计毕业设计论文设计课题：Φ8压板模具设计班级：姓名：学号：专业：教研室：指导老师：联系电话：E-mail：第15页共15页湖南科技工业职业技术学院Ø8压板模具设计目录摘要·································································1前言·································································2课题·····································

2、····························3一、设计过程·························································41.零件的工艺分析···················································52.材料分析·························································63.结构分析·····················································

3、····74.精度分析·························································85.成型工艺计算·····················································96冲床的选择·······················································107落料模工艺计算···················································118排样计算·················

4、·······································129冲裁力计第15页共15页湖南科技工业职业技术学院Ø8压板模具设计算·······················································13二模具总装图·······················································14三、模具的装配与检测················································151.模具的装配···············

5、······································162.模具的检测·····················································17总结·····························································18参考文献···························································19摘要第15页共15页湖南科技工业职业技术学院Ø8压板模具设计随着工业厂品质量的不断提高，冲

6、压厂品生产正呈现多种、少批量，复杂的、大型的精密的，更新换代速度快的变化特点，冲压模具正向高效、精密、长寿命、大型化方向发展。为适应市场变化，随着计算机技术和制造技术的迅速发展，冲压米具有设计与制造技术正由于手工设计、依靠人工经验和常规机械加工技术向以计算机辅助设计（CAD）、数控切削加工、数控电加工为核心的计算机辅助设计与制造（CADCAM）技术交流。在本次毕业设计中利用计算机辅助设计(CAD)绘图模具工具主要工作零件图和模具的总装配图，运用了数控切削加工、数控线切削电加工等先进加工技术。是一次所学知识的全面总结和运用，是巩固和加深各种理论知识

7、灵活运用的实践过程。在这次设计中根据所给题目的要求，我首先对冲压件进行了分析，分析该零件的尺寸精度得出用一般精度的模具即可满足零件精度的要求，在从零件的形状、尺寸标注及生产批量等情况看、选择加工方案。根据对零件的综合分析，在这次设计中我设计的模具是倒装落料冲孔复合膜，主要介绍的是冲裁工艺、冲裁模的结构与设计、冲裁模落料冲孔的工作原理等。；希望能够灵活运用所学的专业知识和技能，圆满完成此次的毕业设计关键词：落料、冲孔、复合膜前言第15页共15页湖南科技工业职业技术学院Ø8压板模具设计 随着跨国公司和国际知名企业集团纷纷进驻国内办厂，使国内廉价劳动力市

8、场因素将不复存在；知识产权保护力度加大也使我们在进入高、精、尖模具制造领域过程中要付出更大的代价。        回顾我国