Set up your mill-turn machine with NX CAM

This Tech Tip shows how to use the example machines in your NX installation to setup a programming environment for mill-turns. Learn how to easily set up and simulate these versatile machines in…

G71 Lathe Roughing Cycle

I recently received a request to demonstrate how to create a G70/71 lathe roughing cycle in our Post Builder product.  Our CAM Development team created CYCLE95 (lathe roughing for Siemens contro…

The Evolution of Tool Path Design (Part 3)

In this post, I will explain the latest tool path innovations for removing large quantities of material.I mentioned in Part 2 that Offset tool paths have problems when the offsets meet at shar…

The Evolution of Tool Path Design (Part 2)

In Part 1, I covered Zig and Zig-Zag tool paths.In Part 2, I take a look at Offset tool paths. To achieve complete cutting in odd-shaped areas, Offset tool paths were developed. …

The Evolution of Tool Path Design (Part 1)

The primary purpose of modern Computer Aided Machining (CAM) programs is to create efficient tool paths for Computer Numerical Control (CNC) machining. Since machining is a subtractive process, …

Driving CNCs with NX CAM at Joe Gibbs Racing

Driving CNCs with NX CAM at Joe Gibbs Racing

NX CAM has handled every multi-axis part Joe Gibbs has attempted. Every cylinder head is ported using this technology. The main reason why Joe Gibbs uses NX CAD/CAM is for the seamless integration be…

Feature-Based Machining in NX CAM

Feature-Based Machining in NX CAM

NX CAM can automate CNC programing by using Feature-Based Machining (FBM). The generative FBM technology automatically determines the machining process for a wide range of features. NX uses the Produ…