挡板级进模设计
相关主题
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
2 冲裁机理分析 .......................................... 6 2.1冲裁件质量分析 ......................................... 7 2.2冲裁模间隙 ............................................. 7
本设计模具用于加工挡板。本级进模设计的内容包括零件的工艺性分析，工件 的尺寸精度，刃口尺寸的计算模具的整体结构，选择正确的压力机，各部分零件的 标准和材料，零件的尺寸设计，主要加工零件的加工工艺等。
关键词：挡板；冲裁级进模
1Biblioteka Baidu
Abstract
The level of die technology is directly related to productivity, product quality (dimensional tolerances, surface roughness, etc. Improving the level of punching die technology is conducive to obtaining high quality, high efficiency, low consumption, cheap products, significant technical and economic effects, deeply manufacturing industry attention.
Stamping process is one of the basic methods of plastic forming. It is mainly used for processing sheet metal parts, so sometimes also called sheet metal stamping. Stamping can not only process metal materials, but also non-metal sheet materials. The cold stamping processing method has the characteristics of high production efficiency, good product consistency and being used in mass production. Therefore, stamping technology plays an important role in developing production, enhancing benefits and updating products.
3 冲压件工艺设计 ....................................... 10 3.1 冲压件工艺性分析 ..................................... 10 3.2 工艺方案的确定及模具结构类型.......................... 12
5 压力中心与冲压力的计算 ............................... 18 5.1 压力中心的计算 ....................................... 19 5.2 冲压力的计算 ......................................... 20
Keywords: baffle; Punch progressive die
1
目录
1 引言 .................................................. 4 1.1 课题的提出 ............................................ 4 1.2 国内外的研究现状及存在的问题........................... 4 1.3 本设计需完成的工作 .................................... 5
4 材料的经济利用 ....................................... 15 4.1 排样设计 ............................................. 16 4.2 搭边 ................................................. 16 4.3 计算材料利用率 ....................................... 17
1
挡板级进模设计
摘要
冲模技术的水平直接和生产率、产品质量（尺寸公差和表面粗糙度等）、一次刃 磨的寿命以及设计和制造模具的周期紧密相关。提高冲模技术水平有利于获得优质、 高效、低耗、廉价的产品，技术经济效果显著，深受制造行业的重视。
冲压工艺是塑性成型加工的基本方法之一。它主要用于加工板料零件，所以有 时也叫板料冲压。冲压不仅可以加工金属材料，而且也可以加工非金属板料。冷冲 压的加工方式具有生产效率高，产品一致性好，使用于大批量生产等特点，在某些 领域已取代机械加工，并正逐步扩大其工艺范围。因此，冲压技术对发展生产，增 强效益，更新产品等方面具有重要作用。
This design mold is used for processing baffle. The progressive die design includes the parts of the process analysis, the size of the workpiece precision, the calculation of the cutting edge size of the overall structure of the mold, the choice of the correct press, the parts of the standard and materials, parts of the size of the design, the main processing parts of the processing process.
本设计模具用于加工挡板。本级进模设计的内容包括零件的工艺性分析，工件 的尺寸精度，刃口尺寸的计算模具的整体结构，选择正确的压力机，各部分零件的 标准和材料，零件的尺寸设计，主要加工零件的加工工艺等。
关键词：挡板；冲裁级进模
1Biblioteka Baidu
Abstract
The level of die technology is directly related to productivity, product quality (dimensional tolerances, surface roughness, etc. Improving the level of punching die technology is conducive to obtaining high quality, high efficiency, low consumption, cheap products, significant technical and economic effects, deeply manufacturing industry attention.
Stamping process is one of the basic methods of plastic forming. It is mainly used for processing sheet metal parts, so sometimes also called sheet metal stamping. Stamping can not only process metal materials, but also non-metal sheet materials. The cold stamping processing method has the characteristics of high production efficiency, good product consistency and being used in mass production. Therefore, stamping technology plays an important role in developing production, enhancing benefits and updating products.
3 冲压件工艺设计 ....................................... 10 3.1 冲压件工艺性分析 ..................................... 10 3.2 工艺方案的确定及模具结构类型.......................... 12
5 压力中心与冲压力的计算 ............................... 18 5.1 压力中心的计算 ....................................... 19 5.2 冲压力的计算 ......................................... 20
Keywords: baffle; Punch progressive die
1
目录
1 引言 .................................................. 4 1.1 课题的提出 ............................................ 4 1.2 国内外的研究现状及存在的问题........................... 4 1.3 本设计需完成的工作 .................................... 5
4 材料的经济利用 ....................................... 15 4.1 排样设计 ............................................. 16 4.2 搭边 ................................................. 16 4.3 计算材料利用率 ....................................... 17
1
挡板级进模设计
摘要
冲模技术的水平直接和生产率、产品质量（尺寸公差和表面粗糙度等）、一次刃 磨的寿命以及设计和制造模具的周期紧密相关。提高冲模技术水平有利于获得优质、 高效、低耗、廉价的产品，技术经济效果显著，深受制造行业的重视。
冲压工艺是塑性成型加工的基本方法之一。它主要用于加工板料零件，所以有 时也叫板料冲压。冲压不仅可以加工金属材料，而且也可以加工非金属板料。冷冲 压的加工方式具有生产效率高，产品一致性好，使用于大批量生产等特点，在某些 领域已取代机械加工，并正逐步扩大其工艺范围。因此，冲压技术对发展生产，增 强效益，更新产品等方面具有重要作用。
This design mold is used for processing baffle. The progressive die design includes the parts of the process analysis, the size of the workpiece precision, the calculation of the cutting edge size of the overall structure of the mold, the choice of the correct press, the parts of the standard and materials, parts of the size of the design, the main processing parts of the processing process.