多轴数控加工中心编程与加工：从入门到精通

图书标准信息

• 作者 张喜江 编著
• 出版社 化学工业出版社
• 出版时间 2020-06
• 版次 1
• ISBN 9787122362469
• 定价 89.80元
• 装帧 其他
• 开本 16开
• 纸张 胶版纸
• 页数 350页
• 字数 1千字

【内容简介】

本书从多轴加工中心(主要针对4轴、5轴)的编程基础讲起,详细介绍了多轴加工零件时UG NX软件的编程、后置处理定制、多轴零件的Vericut软件的仿真、多轴加工中心的具体操作和加工。书中通过许多典型案例详细阐述多轴加工的编程与操作实用技能,案例按照多轴零件的实际加工过程，从零件图分析、制定工艺过程、机床操作、编程、加工仿真，到机床加工的流程来安排。随书二维码中，附带各种类型机床的仿真项目，供读者练习编程使用。
  在本书的案例中，提供了作者多年来多轴加工中的经验，侧重介绍多轴加工中心机床的加工，介绍了如何通过*的对刀方法来简化编程操作，或通过编程手段来简化对刀操作，从而实现*的多轴加工工艺。
  本书可作为各工厂、企业从事多轴加工的培训教材，适用于多轴加工编程及仿真应用的中、高级用户，可作为各类中、高职高专院校的机械、模具、机电及相关师生教学培训的教材和作为应用型本科工程训练培训的教材，也可作为数控加工从业人员自学多轴加工的参考资料。

【目录】

第1章 多轴加工的相关基础知识介绍                                       1

1.1 常见多轴加工中心机床种类及加工特点                               1

1.2 机床坐标系                                                       4

1.3 多轴加工中心的对刀                                               5

1.3.1 相对对刀与绝对对刀                                           5

1.3.2 常见对刀工具                                                 6

1.4 5轴编程的高档功能RTCP与RPCP                                7

1.4.1 RTCP应用介绍                                               8

1.4.2 RPCP应用介绍                                               9

第2章 4轴加工中心的操作、编程与仿真                                 11

2.1 立式4轴加工中心操作与编程基础                                 11

2.1.1 4轴加工中心的坐标系统                                     11

2.1.2 工件装夹                                                   12

2.1.3 立式4轴加工中心的对刀                                     12

2.1.4 FANUC-0i系统4轴编程指令                                 12

2.2 UG CAM 软件的4轴编程                                       13

2.3 CAM软件的4轴加工中心后处理定制                             13

2.3.1 数据准备                                                   13

2.3.2 定制后处理                                                 14

2.4 立式4轴零件的软件仿真                                         18

2.4.1 Vericut界面介绍                                           18

2.4.2 传动轴零件的孔加工工艺                                     18

2.4.3 4轴加工中心仿真流程                                       19

2.5 卧式4轴加工中心操作与编程基础                                 21

2.5.1 卧式4轴加工中心的坐标系统                                 22

2.5.2 工件装夹                                                   22

2.5.3 卧式4轴加工中心的对刀                                     22

2.5.4 卧式4轴加工中心后处理定制                                 22

2.6 卧式4轴加工中心的零件仿真                                     23

2.6.1 传动轴的加工工艺                                           23

2.6.2 卧式4轴加工中心仿真流程                                   23

第3章 4轴加工的典型案例                                               25

3.1 案例1 简易箱体的4轴加工                                     25

3.1.1 零件加工工艺                                               25

3.1.2 对刀                                                       26

3.1.3 使用UG编程                                               27

3.1.4 使用Vericut仿真切削过程                                   33

3.2 案例2 偏心轴加工                                             34

3.2.1 零件加工工艺                                               34

3.2.2 对刀                                                       35

3.2.3 UG编程                                                   36

3.2.4 使用Vericut仿真切削过程                                   41

3.2.5 仿真                                                       43

3.3 案例3 圆柱凸轮加工                                           43

3.3.1 零件加工工艺                                               43

3.3.2 对刀                                                       44

3.3.3 编程方法一                                                 44

3.3.4 使用Vericut仿真切削过程                                   49

3.3.5 编程方法二(手工编程)                                      50

3.3.6 编程方法三                                                 54

3.4 案例4 桨叶加工                                               70

3.4.1 零件加工工艺                                               70

3.4.2 对刀                                                       72

3.4.3 UG编程                                                   72

3.4.4 使用Vericut仿真切削过程                                   90

3.5 案例5 五角星(4轴加工)                                      92

3.5.1 零件加工工艺                                               92

3.5.2 对刀                                                       92

3.5.3 使用UG编程                                               93

3.5.4 使用Vericut仿真切削过程                                   97

3.6 案例6 中国梦                                                 99

3.6.1 零件加工工艺                                               99

3.6.2 对刀                                                     100

3.6.3 UG编程方法一                                             100

3.6.4 使用Vericut仿真切削过程                                   106

3.6.5 UG编程方法二                                             107

3.7 案例7 分度盘                                                 108

3.7.1 零件加工工艺                                             108

3.7.2 对刀                                                     109

3.7.3 编程方法一                                               109

3.7.4 编程方法二                                               111

3.8 案例8 箱体                                                   114

3.8.1 箱体零件的工艺分析                                       114

3.8.2 对刀                                                     117

3.8.3 手工编程                                                 119

3.8.4 加工仿真                                                 133

3.8.5 体验“3 2定位加工”仿真                                 134

3.9 案例9 螺旋槽                                                 135

3.9.1 零件加工工艺                                             135

3.9.2 对刀                                                     136

3.9.3 工艺方案一(UG编程)                                     136

3.9.4 使用Vericut仿真切削过程                                   141

3.9.5 工艺方案二(手工编程)                                    142

3.9.6 使用Vericut仿真宏程序切削过程                             144

3.10 案例10 椭球面                                               145

3.10.1 零件加工工艺                                             145

3.10.2 编程                                                     146

3.10.3 使用Vericut仿真切削过程                                 149

3.11 练习                                                         149

3.11.1 练习1 胜利之箭(4轴加工)                              149

3.11.2 练习2 六边形                                           150

3.11.3 练习3 槽轮                                             151

3.11.4 练习4 阀芯                                             151

3.11.5 练习5 屏蔽盒                                           151

字数限制，仅显示部分目录。