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MFG 256: CNC铣床编程
https://catalog.cocc.edu/course-outlines/mfg-256/
成绩单标题CNC Mill Programming学分4年级模式标准信年级联系学时总计40课学时40先决条件MFG 100和MFG 110。推荐制剂MFG 257。介绍数控铣床的基本编程技能。学习成果分析和应用机械车间的安全概念和实践。2.理解CNC铣床的基本概念和格式。3.创建并演示数控铣床加工中心程序的使用。4. Demonstrate the basic machining practices and tooling as it applies to CNC Mill using simulation software. Content outline • Machine and shop safety • CNC Mill – set up, order of operations, and coordinate systems to program CNC Mill machines. • Mill machining/turning centers including machine configurations, general flow of the programming process, determining program zero assignment values and three ways to assign program zero and programming words used in machining • Types of formatting • Mill Machine language/operations • Programming CNC Mill including programming computer numerical control mills and machining centers, identifying G M codes, programming canned cycles, subroutines, profile milling and cutter diameter compensation • Tooling and tool offsets for CNC Mill • Program simulation for CNC Mill Required materials Text book, and tools (as required for second term students).
制造技术
https://catalog.cocc.edu/programs/manufacturing-technology/
先进制造业是一个与工程和工业设计密切相关的多元化部门。该学院的制造业项目培训学生在俄勒冈州中部立即就业，为当地行业员工提供持续技能培训，培训形式为工作的成年人设计，并根据当地雇主的要求提供定制的技能培训。
MFG 268:生产CNC操作轧机
https://catalog.cocc.edu/course-outlines/mfg-268/
成绩单标题生产CNC操作工厂学分3年级模式标准信等级联系学时总计70课10实验室学时60先决条件MFG 256和MFG 257。具有并发MFG 258和MFG 270的先决条件。提供了一个机会，以评估一个零件制造过程的效率使用轧机。介绍了提高效率的方法。学习成果分析计算机数控铣床的运行时间以提高效率。2.提高计算机数控铣床的效率。3.沟通如何提高效率。 Content outline 1. Efficiency of CNC machines. 2. How cutter technology can improve efficiency. 3. Affects of coolant and speeds and feeds. 4. How part material and chip removal effect efficiency. Required materials Required textbook.
MFG 257:数控铣床设置和操作
https://catalog.cocc.edu/course-outlines/mfg-257/
成绩单标题CNC铣床安装操作学分4年级模式标准信等级联系时数总计80其他时数80先决条件MFG 100和MFG 110。使用并发MFG 256的先决条件。介绍Fanuc兼容数控铣床加工中心的基本操作和设置。学习成果应用机械车间的安全概念和安全措施。2.演示自动和手动数控铣床操作的功能。3.解释五种CNC铣床的操作模式，包括手动，手动数据输入(MDI)，编辑和程序操作-内存(自动)和磁带。4. Describe the key sequences of a CNC Mill machine operation for machining centers. 5. Demonstrate CNC Mill program verification such as: safety priorities, running good parts, and verification of programs. Content outline • CNC Mill Machine safety • CNC Mill Machine nomenclature • Controller modes and operation of CNC Mill including the use of the buttons, switches, and keys found on CNC Mill machine control units (MCU), the control panel display, machine operation, feed, spindle speed, tool changing, and axis motion, and automatic/manual operation of the machine tool. • Tool holder setups • Establishing cutter tool length compensation for CNC Mill • Tooling page editing • Part cutting operations • Conversational programming basics for CNC Mill Required materials Requires textbook and required tools for second term machining students.
