工件图三维正面
需多次装夹的复杂零件加工工艺分析及UG加工
[摘要]收到科技发展的影响,UG软件应运而生,并且得到了广泛的运用,在机械设计领域中表现出良好的效果。UG软件依靠兼具众多功能、应用范围非常广等诸多优势,受到有关设计者的极大的关注与重视。本文通过用UG软件对多孔金属框架零件进行加工工艺分析,
在本篇中,我们是针对于在UG软件中,对多次装夹的复杂零件加工工艺分析。这次设计,是为了明确复杂零件的多次换刀装夹加工工艺步骤,
【关键词】多孔金属框架;UG软件;多次装夹
Machining process Analysis and UG processing of complex parts that need to be clamped many times
[abstract] under the influence of the development of science and technology, UG software emerges as the times require, and has been widely used, showing good results in the field of mechanical design. UG software relies on many functions, a wide range of applications and many other advantages. It has been paid great attention to by the designers concerned. In this paper, the machining process of porous metal frame parts is analyzed by using UG software.
In this paper, we analyze the machining process of complex parts with multiple clamps in UG software. The purpose of this design is to clarify the processing steps of multiple tool changing clips for complex parts
[key words] porous metal frame; UG software; multiple clamping
目录
任务书I
开题报告II
中文摘要VI
外文摘要VII
前言1
1选题背景2
1.1题目来源2
1.2研究目的及意义2
1.3主要研究内容、关键问题及解决思路2
1.4研究目的及意义3
2多孔金属框架毛坯大小选定5
2.1多孔金属框架毛坯3D各视角5
3零件分析6
4加工工艺分析7
4.1数控加工工艺概述7
4.2机床的装夹及夹具的选择8
4.3对刀点的确定9
4.4合理选择刀具的种类和切削用量9
4.5加工工艺工序说明14
4.6加工零件中的参数15
5加工刀路轨迹20
5.1加工步骤说明20
5.2加工刀路轨迹说明21
6后处理生成的G代码30
总结32
参考文献32
致谢34
工件图三维反面
工件图
字数统计
设计所包含文件
加工过程卡
说明书前三页
加工工序卡
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