金华职业技术学院JINHUACOLLEGEOFPROFESSIONANDTECHNOLOGY毕业综合项目成果（20届）题目手机充电器的模具造型设计与加工学院机电工程学院专业数控技术班级数控083学号姓名指导教师年月日目录摘要···············································································································3引言···············································································································41手机充电器外壳的三维造型设计········································································51.1手机充电器外壳的分析···········································································51.2隐形眼镜盒的三维造型···········································································51.2.1新建文件···························································································51.2.2上盖的造型························································································51.2.3下盖的造型························································································92手机充电器上盖外壳的分模···························································································142.1上盖模的分模过程················································································143机械加工工艺路线的制订·······························································································183.1表面加工方案的选择·············································································183.2加工阶段的划分···················································································183.3刀具的选择··························································································193.4机械加工工艺过程卡片···········································································194手机充电器外壳的数控加工···························································································204.1上盖型腔的加工·················...
