X Exercise 3: Creating a Contour Toolpath. X Exercise 2: Creating a Dynamic Contour Toolpath. X Exercise 2: Creating a Dynamic Core Mill Toolpath. X Exercise 3: Creating a Rest Mill Toolpath. X Exercise 2: Creating a Dynamic Rest Mill Toolpath. X Exercise 1: Preparing Mastercam for Toolpath Creation. X Exercise 3: Creating a Pocket Toolpath. X Exercise 2: Creating a Dynamic Area Mill Toolpath. X Exercise 3: Adding Chains to an Operation. X Exercise 2: Creating a Dynamic Toolpath. Exercise 3: Creating a Contour Toolpath.Exercise 2: Creating a Dynamic Contour Toolpath.Exercise 2: Creating a Dynamic Core Mill Toolpath.Exercise 3: Creating a Rest Mill Toolpath.Exercise 2: Creating a Dynamic Rest Mill Toolpath.Exercise 2: Creating a Dynamic Area Mill Toolpath.

Exercise 3: Adding Chains to an Operation.

Exercise 2: Creating a Dynamic Toolpath.

Exercise 1: Preparing Mastercam for Toolpath Creation.

Have a question about CIMCO Products? Don’t hesitate to call Joe at 92 or send your question using our contact form. It also transfers the correct tool info (flat, ball and bull supported). Up to X5 when you installed CIMCO standalone version it detected Mastercam and installed a toolbar that launches the Editor and backplots the currently selected toolpath. You can select different coordinate systems in the Mastercam dialog.īackplot the NC file and then load the STL as show above.

There are no tools for transforming the STL in CIMCO.(early version of V6 did not support both) Binary and Ascii files are supported in CIMCO. Here is a method to manually import the STL file: The C hook has not yet been installed for the 64-bit version yet but it is being worked on. To do this with Edit 6.1 you can manually load an STL file into the backplot window however you cannot use the STL as stock for the solid verification in CIMCO. In Mastercam X6 there are 32 bit and 64 bit versions. Some users find it useful to show the toolpath over the finished part in the backplot window on CIMCO Edit 6.1.

Mastercam x6