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The Realization of Numerical Control Machining of 2D Parts Based on MasterCam FBM

机译:基于MasterCAM FBM的2D零件数值控制加工的实现

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Apply the function of FBM Mill and FBM Drill built in MasterCam to achieve the automatic NC programming and machining of solid parts. The feature modeling of parts is produced in Solidworks, and then converted to MasterCam. After the stock size of parts and FBM parameters are set, the features of parts are recognized automatically;;and all of the 2D toolpaths of parts are automatically generated in a specified machine. Finally, the automatically generated NC toolpaths based on features are verified by simulating. FBM technology is adopted to eliminate the manual processes involved in identifying features for programming milling and drilling operations on solid parts, thus greatly increasing the efficiency and flexibility of programming, which is an effective method of achieving automatic NC programming.
机译:应用FBM磨坊和FBM钻机内置MasterCam的功能,实现了固体零件的自动数控编程和加工。部件的特征建模是在SolidWorks中产生的,然后转换为MasterCam。零件和FBM参数的股票大小进行设置后,部件的特征自动识别;;并且在指定的计算机中自动生成零件的所有2D刀具路径。最后,通过模拟来验证基于功能的自动生成的NC刀具路径。采用FBM技术来消除识别铣削和钻井操作的识别功能的手动过程,从而大大提高了编程的效率和灵活性,这是实现自动数控编程的有效方法。

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