1. Main Applications:
Dedicated to precision milling of high-hardness materials (HRC>60), such as hardened steel, high-temperature alloys (nickel-based/titanium alloys), cast iron, etc., suitable for high-precision scenarios such as mold processing and aerospace parts manufacturing.
2. Applicable scenarios
Mold machining: cavity milling and 3D surface machining of hardened die steel.
High-temperature alloy cutting: Efficient roughing of heat-resistant components such as nickel-based alloy impellers and turbine discs.
High-gloss machining: Precision parts (e.g. medical devices) that require a mirror effect.
3. Core advantages
High temperature resistance: Ceramic materials (such as SiAlON) can withstand high temperatures above 1200°C and are suitable for high-speed dry cutting.
Long life: The tool life is 3-5 times that of cemented carbide, reducing the cost per piece.
High precision: 6-flute design improves cutting stability, and the surface finish reaches the mirror effect.
