I***G1-17D15CD-U131FAI***G1-20D17CD-U131FAI***G1-22D15CD-U131FA数控编程数控加工程序编制方法有手工（人工）编程和自动编程之分。手工编程，程序的全部内容是由人工按数控系统所规定的指令格式编写的。自动编程即计算机编程，可分为以语言和绘画为基础的自动编程方法。但是，无论是采用何种自动编程方法，都需要有相应配套的硬件和软件。可见，实现数控加工编程是关键。但光有编程是不行的，数控加工还包括编程前！须要做的一系列准备工作及编程后的善后处理工作。一般来说数控加工工艺主要包括的内容如下：⑴选择并确定进行数控加工的零件及内容；⑵对零件图纸进行数控加工的工艺分析；⑶数控加工的工艺设计；⑷对零件图纸的数学处理；⑸编写加工程序单；⑹按程序单制作控制介质；⑺程序的校验与修改；⑻首件试加工与现场问题处理；⑼数控加工工艺文件的定型与归档。下列（包括但不限于）型号均为本公司在售产品，有需要的也可咨询！FANUCBOARDM.REF356X832MAG01FANUCBOARDINTERFACENEW531X102CCHAKM2FANUCGEPOWERSUPPLYCARD531X111PSHABG1FANUCGEPOWERSUPPLYCARD531X111PSHACG1FANUCGEPOWERSUPPLYCARD531X111PSHAEG1FANUCGEPOWERSUPPLYCARDNEW531X111PSHAFG2FANUCGEPOWERSUPPLYCARD531X111PSHAKG3FANUCGEPOWERSUPPLYCARDMREF531X111PSHAKG3FANUCGEPOWERSUPPLYCARDNEW531X111PSHAKG3FANUCGEPOWERSUPPLYCARDMANREF531X111PSHALG3FANUCGEPOWERSUPPLYCARD531X111PSHAGG1FANUCGEPOWERSUPPLYCARD531X111PSHAPG3FANUCGEPOWERSUPPLYCARD531X111PSHATG1FANUCGEPOWERSUPPLYCARDNEW531X111PSHATG3FANUCGEPOWERSUPPLYCARDM.REF531X111PSHAWG2FANUCGEPOWERSUPPLYCARD531X111PSHAWG3FANUCGEPOWERSUPPLYCARDREF531X111PSHAWG3FANUCGEPOWERSUPPLYCARDMANREF531X111PSHAWG3FANUCGEPOWERSUPPLY531X112PSAAHG1FANUCGEPOWERSUPPLYNEW531X112PSAAKG1FANUCGEPOWERSUPPLYNEW531X112PSAARG1FANUCGEPOWERSUPPLY531X113PSFAPG1FANUCGEPOWERCONNECTCARD531X121PCRALG1FANUCGEMFCSUPPRESSIONNEW531X124MSDAJG1FANUCAPPLICATIONCARD531X132APGACG1FANUCINTERFACEBOARDNEW531X133PRUAJG1FANUCINTERFACEBOARD531X133PRUAKG1-1000FANUCINTERFACEBOARDPROCESSINTERF,NEW531X133PRUAKG1FANUCINTERFACEBOARDNEW531X133PRUAPG1FANUCENCODERPROCINTERFACEBOARD531X134EPRBHG1FANUCENCODERPROCINTERFACEBOARD531X134EPRBJG1)