: Most hyperMILL users receive their post processors directly from OPEN MIND or authorized resellers, as they are typically customized for specific machine/controller combinations.
[Machine & Controller Assessment] ➔ [Initial Post Configuration] ➔ [Dry Run / Air Cutting] ➔ [First Article Inspection] ➔ [Final Deployment & Locking]
A dedicated, customized Hypermill post processor eliminates these risks by automatically handling: Hypermill Post Processor
OPEN MIND has developed a reputation for "intelligent" posts. Here are the features that set them apart:
In Computer-Aided Manufacturing (CAM), generating a precise toolpath is only half the battle. The real challenge lies in translating that digital blueprint into a language your specific CNC machine understands. This is the role of the . : Most hyperMILL users receive their post processors
: These post processors handle advanced operations like 5-axis simultaneous machining , indexed machining, and specialized features such as RTCP (Rotational Tool Center Point) and shortest rotation paths.
hyperMILL post processors are engineered to support the full spectrum of advanced machining technologies. This support goes far beyond simple code generation, encompassing complex multi-axis kinematics and hybrid manufacturing processes. The real challenge lies in translating that digital
To ensure your hyperMILL post processor is performing at its peak, consider the following best practices:
: A single, customized post processor can often handle 2D, 3D, and 5-axis milling, as well as mill-turning and 2-axis turning operations. Customization and Accuracy Installation Guide | OPEN MIND Software
Modify the post processor to call the next tool immediately after the current tool starts machining.
A Post Processor is a software component that acts as a bridge between CAM systems and CNC machines. Its primary function is to convert the CLDATA ( cutter location data) generated by the CAM system into a machine-readable format, typically G-code or M-code. This conversion process involves various tasks, such as translating coordinates, scaling, and formatting the data to match the specific requirements of the target CNC machine.