Open Mind Software Streamlines Five-Axis Programming
Eastec 2025: HyperMill 2025’s five-axis automatic tool orientation mode algorithm uses a pre-analysis of the entire tool path to calculate machining sequences of simultaneous and indexed tool movements.
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’ five-axis automatic tool orientation mode in HyperMill 2025 is designed to provide efficient, reliable tool paths on complex components. The five-axis automatic tool orientation mode algorithm uses a pre-analysis of the entire tool path to calculate machining sequences of simultaneous and indexed tool movements, reducing the number of inputs required for five-axis machining and saving time when programming challenging parts.
The software features a five-axis hole deburring strategy that supports deburring sharp edges on holes and intersecting holes. By using CAM Plan programming assistance and analysis technology to automatically recognize all the holes, the sharp edges in the model are marked for selecting the desired edges. The hole deburring technology automatically calculates tool paths and supports three-axis and five-axis modes. HyperMill also includes a five-axis deburring strategy for fast and efficient deburring of component edges. Users may choose between three-axis machining and a five-axis option, which enables greater reach to more component edges, automatically generating the required inclinations as well as collision avoidance.
The pocket milling algorithm for high feed cutters in HyperMill 2025 has been redeveloped for 3D-optimized roughing, providing greater efficiency during roughing as well as better machining control, which is helpful when machining large lateral in feeds and remaining material. Contour and path radii can also be defined, resulting in improved toolpath rounding.
Linking movements via HyperMill Virtual Machining Optimizer have been further optimized for actual stock conditions with Dynamic Stock technology. Using Dynamic Stock, an updated stock is automatically generated for all machining jobs and accounted for when calculating linking movements.
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