Engine Blocks

Transmission Parts

Brake Systems

Chassis Components

Burr Formation & Tool Wear

Machining aluminum alloys, high-strength steels, and cast iron often results in burr formation, abrasive wear, and edge chipping. Selecting the right cutting geometry and coating is essential to maintain tool life and ensure high-quality surface finishes.

Rigidity & Stable Machining

Large automotive components demand excellent machine rigidity and vibration control. Stable cutting performance is critical to maintaining dimensional accuracy, improving surface quality, and achieving consistent production efficiency.

600PLUS Series (HRC35-50)

Designed for high-hardness mold steel machining with excellent wear resistance and stability.

Aluminum End Mills

Optimized for high-speed machining of aluminum alloys with polished flutes and sharp cutting edges to minimize built-up edge and maximize chip evacuation.

400PLUS Series (HRC50-58)

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