Authorized application engineers can customize macro structures, custom cycle outputs (like Heidenhain PLANE spatial cycles or Siemens CYCLE800), and custom probing routines much faster than before. This modular setup ensures that when your machine tool vendor updates their firmware, your post processor can be updated with minimal downtime.
The "new" paradigm in hyperMILL post processing revolves around . Unlike traditional post processing, where code is generated and then separately simulated, this technology creates a bidirectional connection between the CAM system and the machine.
2. Key Enhancements in the New hyperMILL Post Processor Architecture hypermill post processor new
What and machine model (e.g., Heidenhain TNC 640 on a Hermle 5-axis) you are currently running?
Before generating code, ensure your post processor is correctly set up for your machine: Unlike traditional post processing, where code is generated
Modern CNC controls feature advanced look-ahead and smoothing functions (such as Heidenhain Cycle 32 or Fanuc G05.1 Q1). New hyperMILL post processors are pre-configured to automatically inject these high-speed machining (HSM) codes based on the tolerance and surface finish requirements specified directly within the hyperMILL operation. Why Upgrading to a New Post Processor Matters
: If your CAD model includes specific machining properties like threads or fits (e.g., from STEP AP242), ensure the "keep CAD features" option is active before starting recognition. Before generating code, ensure your post processor is
The post processor communicates directly with the simulation model.
OPEN MIND Technologies builds and maintains a massive library of certified post processors developed in close collaboration with machine tool builders (such as DMG MORI, Hermle, Mazak, and Grob).
Upgrading to or deploying the new hyperMILL post processor architecture yields immediate, measurable dividends in production environments. Eliminated Dry Runs and Air Cutting
This feature automatically selects the best multi-axis orientation. It smoothly transitions between rotary axis configurations to avoid sudden, violent machine reversals, protecting your machine's ballscrews and spindles from premature wear.