Controlled engagement facing removes stock using a consistent.Automated slot, circle, and thread milling.Configurations are also handled with ease, and Standard pocketing styles include zigzag, one way, true spiral,įor SolidWorks encounters is handled quickly, with the affected toolpaths identifiedĬonstant overlap spiral, “morph” pocketing, and open pocketing.Ability to click and drag a machining start point to anywhere on.With Mastercam toolpaths integrated directly within the SolidWorks environment, the toolpaths are applied directly to the part or assembly. Model’s pockets, contours, and drilling routines, including new slug cutting and hole mapping. Region Chaining delivers a fast and easy way to adjust your 2D high speed machining areas.Feature Based Machining (FBM) automatically programs a solid.Recognize the shop-tested parameter screens and options which they are already Mastercam delivers all the tools you need for these operations. SolidWorks users will feel at ease with the Mastercam machining tree, whichĢD machining ranges from the very simple to the very complex.ĭelivers quick access to any point in the machining process. The world’s most widely-used CAM software so you can program parts directly in SolidWorks, using toolpaths and machining strategies preferred by shops around the world. Can I use a MNP process to tornado mill the taper or would I need to use ISO? Any help would be great.Mastercam® for SolidWorks® combines the world’s leading modeling software with The plan was to use a normal end mill but when using Mazatrol the machine will only do a 45deg taper either side. I am getting 1.703" for the major dia at the face. The minor dia of the hole is 0.8" at 15deg taper either side x 1.685" deep. I am trying to machine a tapered blind hole using a Mazak Integrex e-650H-SII running on Mazatrol Matrix controller. %I know this is an old one but did you re write that program? Would it work on a Mazak? G00XY0 (CHANGE TO X#105-.02 FOR INTERNAL TAPER) #106=1.789911(THREAD ANGLE PER SIDE, CHANGE TO ANY TAPER ANGLE REQUIRED) #105=.9338(START RADIUS, /2)(PLUS FOR EXTERNAL TAPER, MINUS FOR INTERNAL) #103=3.(ANGLE INCREMENT, CHANGE TO CONTROL RESOLUTION) #101=.936(Z DEPTH, CHANGE TO ANY DEPTH REQUIRED) I'll race you to see who can finish a fully parametric taper bore program first.
It needs tweaking to add in the offset amount for the ball nose tool size and taper angle but that is easy. I am actually going to re-write it tomorrow to make a tapered bore in a large weldment, which would be exactly what you are looking for. It could easily be modified to create any external or internal taper that is required. This is a macro B Fanuc program that I wrote to create an external pipe thread used in a mold.
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