基于MasterCAM的iPhone X手机壳的数控铣加工工艺设计及编程仿真含三维及CAD图+说明书

塑件三维

摘要
目前数控技术所涉及到的知识面非常广阔，渗透到各种行业，比如机械行业，制造业，军事业。差不多将我们在大学生涯所学的所有专业知识综合运用起来。这次设计使我更加熟悉的数控知识，同时使我更加熟练了对CAD以及mastercam软件的了解和对其熟练的运用，因此通过本次设计不仅仅是一次对我们大学生涯里的知识的了解，也是对我们的测验。
本主要内容是加工工艺设计及编程仿真，首先根据零件的图纸及技术要求进行了详细的数控加工工艺分析，分析过后对该零件进行了数控加工工艺设计，拟定了加工方案，选择了加工设备、加工刀具、夹具，确定了装夹方案、切削用量，制定了加工顺序、编制了零件的数控加工工序卡片和刀具卡片等。最后，详细说明了如何运用mastercam自动编程编制该零件的数控程序。

关键词：iPhone X手机壳凹型芯；工艺分析；方案设计；数控编程

Abstract
At present, CNC technology involves awide range of knowledge, infiltration into avariety of industries, such as machinery, manufacturing, military. Almost all the expertisewe have learned in our college career has been combined. This graduation project makes me more familiarwith numerical control knowledge, and at the same time makes me more skilled in understanding and using CAD and mastercam software, so this graduation project is more than just a knowledge of our university career. It's also a test for us.
The main content of this paper is machining process design and programming simulation. Firstly, according to the drawing and technical requirements of the part, the detailed numerical control machining process analysis is carried out, and the NC machining process design of the part is carried out after the analysis. The machining plan is drawn up, the machining equipment, cutting tool and fixture are selected, the clamping scheme, cutting quantity, machining sequence, NC process card and tool card of the parts areworked out. At last, it explains in detail how to use mastercam to program the NC program of the part in detail.

Keywords: automobile lamp holder concave punch; process analysis; scheme design; numerical control programming

目录
摘要1
Abstract 2
第一章绪论4
1.1数控机床的发展4
1.2数控加工工艺的基本知识5
1.3数控加工工艺的特点6
第二章零件分析7
2.1 iPhone X手机壳模具图7
2.2零件加工工艺性分析7
2.2.1型腔零件图分析7
2.2.2型芯零件图分析9
第三章加工工艺11
3.1定位基准的选择11
3.1.1粗基准的选择11
3.1.2精基准的选择11
3.2夹紧方案的选择11
3.3加工机床的确定13
3.4刀具的选择14
3.5三要素的确定16
3.6量具选用20
第四章加工工艺文件制定21
第五章零件仿真23
5.1零件加工顺序及软件加工方式的确定23
5.2软件编程24
5.2.1型腔加工仿真24
5.2.2型芯加工仿真33
5.3软件仿真43
5.4后处理44
总结49
致谢50
参考文献51

型腔三维零件图

型芯三维零件图

塑件图

型腔

型芯

设计所包含文件

型腔加工工序卡

型腔加工过程卡

型芯加工工序卡

型芯加工过程卡

摘要

字数

目录