涡轮上盖的加工工艺分析与编程加工论文设计

涡轮上盖的加工工艺分析与编程加工I摘要随着各种产业的不断更新，各种产品的加工也不断进化，普通三轴 CNC 精雕车床也渐渐满足不了市场的需求，所以需要实行多轴联动五轴车床完善零件加工。涡轮增压器又称空气压缩机，其涡轮上盖应用的加工方式就是全自动 CNC精雕机多轴联动加工。中国 CNC 精雕机不断发展至今日，从几年前的手工精雕转变为现在的机器精雕。精雕机给人们带来了前所未有的变化，既节省了精雕时间，还把精雕工艺得到提高，这使得很多行业收益于精雕机的出现。本文章则采用先进设备 JDGR400-A15SH 五轴机床来实现加工。本设计主要研究的是涡轮上盖的加工工艺分析与编程加工，分析所加工涡轮上盖的三视图，思考其配合关系和作用，绘制出产品三维模型，按照拟定大纲并运用 JDSoft SurfMill 软件分析出其产品工艺规划、工艺分析、编程、仿真模拟和后期处理，在确保编程无误的情况下，进行加工，其产品的优劣取决于尺寸的误差和配合的紧凑性。关键词：涡轮上盖；精雕机；软件IIABSTRACTEquipment manufacturing industry represents a country's industry.With the continuous development of China's manufacturing industry and the continuous upgrading of numerical control technology， common three-axis numerical control machining technology has long been popular ， but the traditional three-axis technology still cannot solve some complex machining problems， so it is necessary to develop multi-axis linkage numerical control machine tools.Turbocharger impeller machining is also a common example in multi-axis NC machining.With the rapid development of manufacturing industry， the processing method of impeller is also gradually changing. The original casting method has been replaced by milling.At present ， the technology of numerically controlled milling impeller is relatively mature.But most of them rely on foreign equipment and software.This paper mainly introduces the processing technology of turbocharger impeller， mainly including the following aspects:According to the actual production situation...