雕铣机毕业设计

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雕铣机毕业设计全套都有毕业设计报告目录
摘要（中、英）······················································2
国内、外数控模具雕铣机的发展与现状
1、研究CNC模具雕铣机的目的意义································ 8
2、国内数控模具雕铣机的举例····································· 8
3、数控雕铣机和数控机床（数控铣、数控加工中心）的比较 ·············10
RGDX-4040S数控模具雕铣机的简介
1、机床总体的简介··············································13
2、机床床身的简介··············································15
RGDX-4040S数控模具雕铣机的方案论证
1、数控雕铣机的初步布局设计····································17
2、针对床身结构的改进设计······································21
RGDX-4040S数控模具雕铣机床身的具体设计
RGDX-4040S数控模具雕铣机的床身3D建模····················21
机床重心的计算·············································24
铸造内圆角半径和铸件壁厚设计及选择·························28
Y向进给伺服电机功率的计算与选择··························· 29
5、针对底座装配面进行数控编程序································34
五、嗅··························································38
六、致谢··························································39
七、参考文献······················································40
附录
1、加工程序
2、专业英文翻译
3、设计图纸