文档介绍：数控车削加工工艺设计第1页**** 学生毕业设计(论文) 题目: 数控车削零件加工工艺设计学生姓名: 学号: 所在院(系): 机电工程学院专业: 机械设计制造及其自动化班级: 机制指导教师: 职称: 201 4年月日**** 教务处制数控车削加工工艺设计第2页数控车削零件加工工艺设计摘要数控车床是目前使用最广泛的数控机床之一。随着数控技术的不断发展和应用领域的扩大,数控加工技术对国计民生的一些重要行业( IT、汽车、轻工、医疗等) 的发展起着越来越重要的作用,因为效率、质量是先进制造技术的主体。高速、高精加工技术可极大地提高效率,提高产品的质量和档次,缩短生产周期和提高市场竞争能力。数控车床主要用于加工轴类、盘类等回转体零件。通过数控加工程序的运行,可自动完成内外圆柱面、圆锥面、成形表面、螺纹和端面等工序的切削加工, 并能进行车槽、钻孔、扩孔、铰孔等工作,并且具有很高的精度。而对于数控加工, 无论是手工编程还是自动编程,在编程前都要对所加工的零件进行工艺分析,拟定加工方案,选择合适的***,确定切削用量,对一些工艺问题(如对刀点、加工路线等)也需做一些处理。并在加工过程掌握控制精度的方法,才能加工出合格的产品。本文根据数控机床的特点,针对具体的零件,进行了工艺方案的分析,工装方案的确定,***和切削用量的选择,确定加工顺序和加工路线,数控加工程序编制。通过整个工艺的过程的制定,充分体现了数控设备在保证加工精度,加工效率,简化工序等方面的优势。关键词:数控车床;加工工艺;编程数控车削加工工艺设计第3页 C lathe is the most widely used one C machine tools. With the continuous development of numerical control technology and applications of the expansion, CNC machining technology to the national economy and some important industries (IT, automobile, light industry, medical, etc.) play an increasingly important role in the development, because the efficiency, quality, advanced The main manufacturing technology. High-speed, high-finishing technology can greatly improve efficiency, improve product quality and grade, shorten the production cycle and improve petitiveness. CNC lathe is mainly used for machining shafts, classes and other rotary parts. Running through the NC program, Can plete internal and external cylindrical surface, conical surface, forming surface, thread and end the processes of cutting, and can be tank cars, drilling, reaming, reaming, etc., and has very high precision. C machining, programming, whether by hand or automatic programming, the programming before going right in the processing of parts for Gongyi analysis, Nidingjiagong program, choose the right of the tool, determine the cutting Yong Liang, Yi Xie process on the issue (Ru on knife point, processing line, etc.) also need todo some processing. Process in control in the precision of the method can process a qualified product. This according to the