Hypermill Post Processor New | UHD |

Traditionally, a post processor was a one-way street. It took the generic toolpath data (CL data) from the CAM software and translated it into G-code that a specific controller (such as Heidenhain, Siemens, or Fanuc) could understand. If a collision was possible due to machine kinematics, or if a rotation limit was exceeded, you usually found out during a dry run on the shop floor—or worse, through a costly crash.

Load the code into your CNC controller. Use "Graphics Mode" or "Simulation Mode" on the machine panel. Trace the tool center point. Look for red lines (rapid collision warnings).

The latest "What's New" in hyperMILL centers on making the post processor work more closely with the machine’s physical limits, reducing the need for manual edits and trial runs on the shop floor. hypermill post processor new

Implementing the new hyperMILL post processor technology yields immediate, tangible returns on investment for manufacturing facilities:

The fundamental purpose of any post processor is to take the neutral, machine-independent toolpath data calculated by hyperMILL and convert it into a specific G-code program that a particular CNC machine and its controller can execute. Traditionally, a post processor was a one-way street

The or goal for the readers of this article?

Programming machines with multiple channels, upper/lower turrets, and dual spindles used to require separate, complex post processors. Load the code into your CNC controller

When a rotational axis reaches its physical limit, the post processor automatically inserts safety retract moves, unwinds the axis, and seamlessly plunges back in to continue the cut.