For Solidworks Tutorial (lathe) — Mastercam 2017

Make sure your X-coordinates go slightly past the center point (e.g., X -0.05) to ensure the part actually drops off without leaving a "stub." 6. Verify and Post Never send code to the machine without checking it first.

Are you working with or do you have Live Tooling (Mill-Turn) ?

Pick your tool (typically a standard 80-degree diamond like a CNMG). Mastercam 2017 for SOLIDWORKS Tutorial (Lathe)

You can’t cut air (well, you can, but it’s not productive).

This is critical. You need to tell Mastercam the size of the raw bar stock. Use the "Make from 2 points" or "Cylinder" options. Don't forget to add a little extra on the face for a facing cut and enough "meat" in the back for the chuck jaws to grab! 3. The Facing Operation Always start by cleaning up the face of the part. Select Lathe Face . Make sure your X-coordinates go slightly past the

In this tutorial, we’re going to walk through the essential workflow for programming a basic turned part in Mastercam 2017. 1. Preparing the Workspace

In turning, your Z-axis must be the centerline of the part, and the X-axis is your diameter. Mastercam usually handles this, but it’s worth double-checking that your SOLIDWORKS Top or Right plane aligns with your machine's orientation. 2. Define Your Machine and Stock Pick your tool (typically a standard 80-degree diamond

In the parameters, ensure you have a "Lead In" and "Lead Out" so the tool doesn't just plunge straight down into the material. 4. Roughing and Finishing This is where the shape happens.