数控铣床对刀仿真操作示范.ppt

2020/6/9,数控教研室,1,数控铣床对刀仿真操作示范,湖南机电职业技术学院FANUCoiM系统铣床,2020/6/9,数控教研室,2,斯沃仿真软件解压,将鼠标光标移至压缩包，点左键，然后点击右键，将光标移至如图所示后点左键。,2020/6/9,数控教研室,3,双击SWCNC.EXE文件,2020/6/9,数控教研室,4,选择FANUCoiM，运行,注意：不要选错型号！,2020/6/9,数控教研室,5,正式进入界面，点关闭。,2020/6/9,数控教研室,6,用鼠标左键点击上电按钮,上电按钮,2020/6/9,数控教研室,7,回参考点，点击Z、Y、X，灯亮。,2020/6/9,数控教研室,8,按需设置工件参数和装夹方式,2020/6/9,数控教研室,9,更换工件，点击确定。,2020/6/9,数控教研室,10,工艺板装夹，点击确定。,2020/6/9,数控教研室,11,基准芯棒选择,2020/6/9,数控教研室,12,基准芯棒和垫片参数选择,2020/6/9,数控教研室,13,转换视角到Z-Y向,2020/6/9,数控教研室,14,手动移动Y轴到图示状态,2020/6/9,数控教研室,15,转化到Z-X视角,2020/6/9,数控教研室,16,手动移动Z轴到图示状态,2020/6/9,数控教研室,17,手动移动X轴，直到左下角出现“合适”字样,2020/6/9,数控教研室,18,OFFSETSETTING-坐标系,2020/6/9,数控教研室,19,移动光标到G54处,2020/6/9,数控教研室,20,输入“X61”，点击测量。,思考：为什么要输入X61？,2020/6/9,数控教研室,21,移动Z向到图示状态,2020/6/9,数控教研室,22,移动X到图示状态,2020/6/9,数控教研室,23,转换视角到Z-Y；并移动Z轴到图示状态。,2020/6/9,数控教研室,24,移动Y轴直到左下角出现“合适”字样,2020/6/9,数控教研室,25,OFFSETSETTING-坐标系,2020/6/9,数控教研室,26,输入“y61”并点击测量。,思考：为什么要输入Y61？,2020/6/9,数控教研室,27,Z向回参考点；卸下测量芯棒。,2020/6/9,数控教研室,28,选刀添加到主轴并确定,1、刀具管理,2、左键拖到一号刀位,2020/6/9,数控教研室,29,Z轴进行微量试切,1、启动主轴,2、微量调节z,2020/6/9,数控教研室,30,OFFSETSETTING-坐标系,2020/6/9,数控教研室,31,输入“Z0”,点击测量。,2020/6/9,数控教研室,32,主轴重回参考点：Z、X、Y。,2020/6/9,数控教研室,33,输入程序“G54G0X0Y0Z10”校验,1、MDI,2、PROM,3、软键,2020/6/9,数控教研室,34,不同视角观察对刀是否正确。,2020/6/9,数控教研室,35,调用程序加工,1,2,3,4,2020/6/9,数控教研室,36,测量中刀路测量：观察刀路,2020/6/9,数控