Turbine Blades

Engine Casings

Structural Airframe Components

Rotor Parts

Heat & Tool Wear

Due to the low thermal conductivity and high strength of titanium and nickel-based superalloys, excessive heat is trapped at the cutting edge. This intense heat generation leads to surface burning, built-up edge formation, and rapid tool degradation.

Vibration & Precision

The extreme resistance of these high-strength materials induces heavy machining vibrations. These instabilities directly degrade the surface finish and threaten dimensional accuracy, making it a major challenge to meet strict aerospace quality standards.

PVE1T

Engineered for Titanium and Inconel, this design features reinforced dual-rake geometry to defeat heat and chipping, alongside optimized, unequal flute spacing that suppresses vibration and ensures superior chip evacuation for stable, extended-life machining.

Aluminum End Mills

Specifically designed for high-efficiency machining of aluminum and other non-ferrous materials. With polished flutes and sharp cutting edges, these end mills for aluminum effectively prevent material from sticking to the tool and ensure smooth chip removal.

Stainless Steel End Mill

Anti-vibration design for deep cavity machining and long tool overhang applications.