In general, the toolpath generated for volume milling is acceptable. As shown in the machining simulation, this small cutter is able to reach most pocket areas to make cuts, except the narrow area (e.g., the narrow cross line in the letter “N”) and sharp corners. CNC sequences for machining a name plate using Pro/MFG: (a) creating text for volume milling, (b) adding a spline, (c) machining simulation in Vericut, and (d) adding text for an engraving sequence.Īn ⅛ in. workpiece, using both Pro/MFG and Mastercam.įigure 11.40. This tutorial example involves designing and creating a toolpath for machining a customized name plate on a 3 in. This example should help you become more familiar with Pro/MFG, Mastercam and/or CAMWorks.
Machining the block using CAMWorks is discussed in Tutorial S4.4.5. Since some information about this example has been discussed in Section 11.3 using Pro/MFG, we will focus more on Mastercam. Three CAM software, Pro/MFG, Mastercam, and CAMWorks are employed for this example.
#SHOP LAYOUT ICONS TO DRAW SHOP DELTACAD SOFTWARE#
Once you are more familiar with one of these two software tools, you may move to the second tutorial example-block with a sculpture surface-in which both rough and finish cuts are required. In addition, after going through this simple example, you should see the major differences between the two software tools, and hopefully be able to identify a few pros and cons of each. This name plate example involves profile and volume millings and is presented so that you may learn to use Pro/MFG and/or Mastercam in projects P4 and M4, respectively. Kuang-Hua Chang, in e-Design, 2015 11.6.2 Tutorial ExamplesĪ name plate and a sculpture surface example are included in the tutorial lessons.
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