FAQ
The key lies in the perfect combination of spindle rigidity and large cutter diameter.
- Heavy-Duty Spindle Support:
All PARA MILL machines can be equipped with a high-rigidity NT60 (ISO 60) heavy-duty spindle. - Ultra-Large Face Milling Cutters:
Thanks to the high torque output of the NT60 spindle, our vertical milling machines can support face milling cutters up to 525 mm in diameter, while duplex milling machines can support cutters up to 425 mm. - Reduced Tool Passes:
Larger cutter diameters significantly increase the machining coverage area per pass, reducing overlapping cutting paths. Even under heavy cutting conditions, excellent surface flatness can still be maintained, helping reduce machining cycle times by more than 30%.
The key lies in the perfect combination of spindle rigidity and large cutter diameter.
- Heavy-Duty Spindle Support:
All PARA MILL machines can be equipped with a high-rigidity NT60 (ISO 60) heavy-duty spindle. - Ultra-Large Face Milling Cutters:
Thanks to the high torque output of the NT60 spindle, our vertical milling machines can support face milling cutters up to 525 mm in diameter, while duplex milling machines can support cutters up to 425 mm. - Reduced Tool Passes:
Larger cutter diameters significantly increase the machining coverage area per pass, reducing overlapping cutting paths. Even under heavy cutting conditions, excellent surface flatness can still be maintained, helping reduce machining cycle times by more than 30%.
The key lies in the perfect combination of spindle rigidity and large cutter diameter.
- Heavy-Duty Spindle Support:
All PARA MILL machines can be equipped with a high-rigidity NT60 (ISO 60) heavy-duty spindle. - Ultra-Large Face Milling Cutters:
Thanks to the high torque output of the NT60 spindle, our vertical milling machines can support face milling cutters up to 525 mm in diameter, while duplex milling machines can support cutters up to 425 mm. - Reduced Tool Passes:
Larger cutter diameters significantly increase the machining coverage area per pass, reducing overlapping cutting paths. Even under heavy cutting conditions, excellent surface flatness can still be maintained, helping reduce machining cycle times by more than 30%.
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