数控程序员

本课程介绍CNC加工过程和支持它们的技术. Some of the processes covered are spot 钻井, 钻井, 铰孔, 攻丝, 扩孔, 穿孔, defining and calculating speed and feed rates, 螺纹鉴定, 钻磨. 在CNC设备上观察这些过程之前，学生将在手动设备上执行这些过程. Basic computer skills are also covered in this course.

在本课程中，学生将研究计算机数字控制(CNC)机器的操作. 他们探索了作为减法制造技术的数控加工，并分析了其安全操作方法. 学生考察偏移量的目的及其计算、应用和存储. 他们为各种生产过程确定合适的机床和切削工具. Using a hands-on approach in the lab, 学生将从实体块中移除材料，根据机械图纸或CAD模型的规格制作部件. 完成课程后, 学生将能够将所介绍的概念应用于数控机床的操作.

In this course, students examine mechanical print-reading and shop safety. 他们练习阅读和解释机械图纸上的符号、公差和注释. 学生练习可视化和解释各种机械打印视图和投影. 他们在机械加工环境中探索安全实践和相关安全文件, the use of personal protective equipment, and identify unsafe work practices. 完成课程后，学生将准备获得行业认证.

In this course, students explore the Gateway Technical College community. They examine college resources and services, investigate skills that lead to academic success, and identify strategies for achieving educational and personal goals.

本课程介绍统计过程控制(SPC)在制造操作中的方法和应用. Emphasis will be placed upon the concepts of central t结束ency, variation and normal distribution of data. 发展, 应用程序, 变量和属性控制图的解释将是本课程的主要重点. Students will also learn to apply blueprint specifications, 执行店铺数学计算, understand geometric dimensions and tolerances, and correctly use different analog and digital measuring instruments, including various types of micrometers, 卡尺, 尺度, 指标(身高, 插头, 线程, 和表面粗糙度), 光学比较器.

学生将从工作包和机器零件到蓝图规格，制作和排除数控车床装置. Students will learn simple G and M codes, 下载程序到机器, 图形验证程序, and prove out parts on 2-axis turning center utilizing various CNC controllers. 设置将包括脸ting, turning, 钻井, 开槽, and 线程 operations. 学生还将学习制作一些简单的工具来完成各种设置.

学生将从工作包和机器零件到蓝图规格，制作和排除数控铣床装置. Students will learn simple G and M codes, 下载程序到机器, 图形验证程序, and prove out parts on 3-axis machining centers using various CNC controllers. 设置将包括脸, 结束, 以及型材的铣削和钻孔, 开槽, 无聊的, 以及监听操作. 学生还将学习制作一些简单的工具来完成各种设置.

本课程介绍数控铣削工艺及其正确应用. Some of the topics covered include machine set-up and operation, 机器安全, 铣床类型, use and care of various cutting tools, and a review of milling speeds and feeds. The student will perform face and 结束 milling operations as well as 钻井, 铰孔, 攻丝, and 开槽 operations on manual milling machines. The proper use and care of accessories, 比如寻边器, 数字读数, 拨号指标, 还有无聊的脑袋, and an introduction to a Computer Numerical Control milling machine is also covered.

本课程介绍数控车削工艺及其正确应用. Some of the topics covered include lathe set-up and operation, 车床的安全, 车床类型, 车床工件夹紧装置, 车床切削工具, grinding and sharpening of lathe cutters, and a review of lathe machining speeds and feeds. In this course, you will perform O.D. 和我.D. turning operations on engine lathes as well as facing, 钻井, 铰孔, 攻丝, 开槽, 倒角, 无聊的, 滚花, 逐渐减少, 以及螺纹切割操作.

Reviews the four basic mathematical operations on whole numbers, fractions and decimals. Also covers basic algebra and trigonometry related to technical fields.

本课程旨在提供创建CNC程序所需的知识和技能，该程序将库存材料转换为成品. The student will be capable of defining the list of required processes, 它们的最优序列, create the complete CNC part program, install the appropriate tools correctly, 建立程序零点, and perform corresponding tool offsets. 这门课也是高级课程, 动手学习计算机辅助设计/计算机辅助制造理论和应用CAD/CAM软件. 重点放在生成程序使用先进的建模技术为数控车床在一个中等水平的指导下适度监督. 本课程的结构包括课堂教学理论和CNC车削中心的实际操作.

本课程旨在提供创建CNC程序所需的知识和技能，该程序将在立式加工中心上将库存材料转换为成品. The students will be capable of defining the list of required processes, 它们的逻辑/最佳顺序, create the complete CNC part program, install the approopriate tools correctly, 建立程序零点, and perform corresponding tool offsets. 本课程也是计算机辅助设计/计算机辅助制造理论和应用CAD/CAM软件的高级实践学习. 重点放在生成程序使用先进的建模技术为数控铣床在一个中等水平的指导下适度监督. 本课程的结构包括课堂教学理论和CNC立式加工中心的实际操作.

请完成444-306瑞士CNC设置和操作或444-309现场工具设置和操作. This is for informational purposes only. Once you register for your course, you can delete this block from your timeline.