For titanium alloy round nose milling cutter, 4-side high-temperature alloy milling cutter, titanium alloy special round nose cutter, dynamic milling high-efficiency cutter

Titanium alloy and nickel-based superalloy are typical difficult-to-cut materials with concentrated cutting heat and severe work hardening. Ordinary end mills suffer from high resistance, serious chip adhesion and thermal passivation, resulting in vibration marks, edge defects and low efficiency, failing to meet high-precision mass production standards for aerospace parts.

The exclusive 75° light-cutting angle greatly reduces extrusion load and heat accumulation, effectively avoiding work hardening during dynamic milling. The high-density ultra-fine grain carbide body provides outstanding rigidity and impact resistance, ensuring stable performance under long-term high-load cutting conditions.

Equipped with imported high-temperature anti-stick composite coating, it resists chip adhesion and thermal passivation efficiently. The unequal helix and unequal division structure suppresses cutting resonance and chatter marks. The corner radius design disperses cutting stress to prevent edge chipping and improve surface quality. The 4-flute structure delivers denser cutting tracks and higher efficiency, supporting full-process roughing, semi-finishing and finishing for titanium alloy and superalloy.