2-axis/3-axis/5-axis CAD/CAM system 'hyperMILL'

basic information

Five Reasons to Choose hyperMILL ■ Achieves simultaneous 5-axis machining with overwhelmingly simple operation ■ Feature/macro functions that automate program creation ■ Quick and safe 2-axis machining utilizing 3D data and intuitive operation ■ Reduces machining time by up to 90% through barrel tool utilization ■ Zero collisions and over-travel. Machine simulation based on NC *For more details, please refer to the PDF document or feel free to contact us.*

Price range

Delivery Time

Applications/Examples of results

【Usage Instructions】 ■ In-house production of products: Proposals for 5-axis machining using hyperMILL ■ From mold processing to part processing: Total proposals for FMS, 5-axis machining centers, and hyperMILL ■ From automotive parts to the semiconductor field: Proposals for processing methods ■ Reduction of processing time: 100 hours saved with hyperMILL *For more details, please refer to the PDF document or feel free to contact us.

Detailed information

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  hyperMILL (How to use) 5-axis contour finishing machining

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  hyperMILL (How to Use) 5-Axis Residual Material Machining

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  Barrel Tool × hyperMILL | Simultaneous 5-axis machining of brackets with a single barrel tool (EMUGE FRANKEN) https://youtu.be/kXjjA3-FZ7o Dedicated functions for barrel tools, hyperMILL/5-axis tangent plane machining. The tapered barrel tool processes the flat areas and corner radii at the tip using the barrel radius. It is effective for brackets and ribs with small corner radii, as well as deep pockets. The issues of machining time and the use of multiple tools are resolved with a single barrel tool. This achieves a reduction in machining time and cost. We will introduce machining examples using tapered barrel tools from EMUGE FRANKEN.

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  hyperMILL (How to use) 3D Scanning Line Finishing Process

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  hyperMILL (How to Use) Tool Path Editing

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  hyperMILL | Feature / Macro | Automatic Assignment of Machining Processes With hyperMILL's features/macros, machining processes are assigned to automatically recognized holes and pockets. This significantly reduces programming time and achieves automation.

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  hyperMILL (How to Use) 2D Pocket Machining

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  Machine simulation based on NC New simulation feature of hyperMILL, a CAM that supports 5-axis machining. The NC-based simulation provides a complete simulation of all movements, including rapid movements, from the origin position to the starting point, as well as indexing movements. It utilizes the model, material, and tool data set in hyperMILL directly. This enables a quick and reliable verification process.