Features

1. Maximum Chip Evacuation Performance: Large flute design ensures fast and smooth removal of long aluminum chips, preventing chip packing in deep slotting.
2. Ultra-Sharp Cutting Edge: Minimizes cutting resistance and material adhesion, effectively reducing built-up edge and delivering a clean, burr-free surface.

Application

• Ideal for roughing and finishing of aluminum alloys and non-ferrous materials (such as copper and brass).

Features

1. Maximum Chip Evacuation Performance: Large flute design ensures fast and smooth removal of long aluminum chips, preventing chip packing in deep slotting.
2. Ultra-Sharp Cutting Edge: Minimizes cutting resistance and material adhesion, effectively reducing built-up edge and delivering a clean, burr-free surface.

Application

• Ideal for roughing and finishing of aluminum alloys and non-ferrous materials (such as copper and brass).

Features

1. High-Speed MRR & Versatility: Special U-shape flutes and optimized sharp geometry accelerate chip removal, mastering both heavy roughing and premium finishing while slashing cycle times.
2. Guaranteed Peak Productivity: Double relief angles reinforce cutting edge strength and hardness, enabling maximum production rates with exceptional durability.

Application

• Ideal for aluminum alloys and non-ferrous materials

Features

1. Maximum Chip Evacuation Performance: Large flute design ensures fast and smooth removal of long aluminum chips, preventing chip packing in deep slotting.
2. Ultra-Sharp Cutting Edge: Minimizes cutting resistance and material adhesion, effectively reducing built-up edge and delivering a clean, burr-free surface.

Application

• Ideal for roughing and finishing of aluminum alloys and non-ferrous materials (such as copper and brass).

Features

1. Higher Rigidity, Smoother Cutting: Increased core strength reduces vibration and ensures stable machining with improved dimensional accuracy.
2. Superior Surface Finish: Additional cutting edge reduces tool marks, delivering finer surface quality in semi-finishing and finishing operations.
3. Balanced Chip Control & Efficiency: Optimized flute design maintains good chip evacuation while enabling higher feed rates than 2-flute tools.

Application

• Ideal for roughing and finishing of aluminum alloys and non-ferrous materials (such as copper and brass).

Features

1. Higher Rigidity, Smoother Cutting: Increased core strength reduces vibration and ensures stable machining with improved dimensional accuracy.
2. Superior Surface Finish: Additional cutting edge reduces tool marks, delivering finer surface quality in semi-finishing and finishing operations.
3. Balanced Chip Control & Efficiency: Optimized flute design maintains good chip evacuation while enabling higher feed rates than 2-flute tools.

Application

• Ideal for roughing and finishing of aluminum alloys and non-ferrous materials (such as copper and brass).

Features

1. Reinforced Edge & Tip Geometry: A dual-rake design with a protective chamfer balances strength and sharpness. It effectively distributes cutting forces and heat to prevent chipping in Titanium and Inconel, ensuring maximum stability and extended life in tough superalloys.
2. Superior Evacuation & Stability: Optimized flute geometry and unequal spacing improve chip flow while suppressing vibration. By reducing cutting resistance and chatter, this design ensures stable machining and consistent performance in heat-resistant materials.

Application

• Excel at Titanium and Inconel.

Features

1. Reinforced Edge & Tip Geometry: A dual-rake design with a protective chamfer balances strength and sharpness. It effectively distributes cutting forces and heat to prevent chipping in Titanium and Inconel, ensuring maximum stability and extended life in tough superalloys.
2. Superior Evacuation & Stability: Optimized flute geometry and unequal spacing improve chip flow while suppressing vibration. By reducing cutting resistance and chatter, this design ensures stable machining and consistent performance in heat-resistant materials.

Application

• Excel at Titanium and Inconel.

Features

1. Upgraded Anti-Vibration & High-Rigidity: Features an advanced unequal helix and spacing design to eliminate chatter, paired with a robust 4-flute geometry for high-efficiency machining and smooth chip flow.
2. Premium Wear Resistance & High Precision: Combines a premium nano-grade carbide substrate with an optimized coating for superior chipping resistance, featuring a strict 0 to -0.02mm diameter tolerance to maximize tool life.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45), hardened Steels (HRC~55).

Features

1. Upgraded Anti-Vibration & High-Rigidity: Features an advanced unequal helix and spacing design to eliminate chatter, paired with a robust 4-flute geometry for high-efficiency machining and smooth chip flow.
2. Premium Wear Resistance & High Precision: Combines a premium nano-grade carbide substrate with an optimized coating for superior chipping resistance, featuring a strict 0 to -0.02mm diameter tolerance to maximize tool life.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45), hardened Steels (HRC~55).

Features

1. Integrated Roughing & Finishing: Replaces both roughing and finishing endmills with a single tool, eliminating tool changes and setup times to drastically shorten cycle times.
2. Hybrid Geometry & Advanced Evacuation: Combines serrated and continuous flutes to minimize high-load vibration and optimize chip flow, delivering exceptional performance in Stainless Steel and Exotic Alloys.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45), hardened Steels (HRC~55).

Features

1. Integrated Roughing & Finishing: Replaces both roughing and finishing endmills with a single tool, eliminating tool changes and setup times to drastically shorten cycle times.
2. Hybrid Geometry & Advanced Evacuation: Combines serrated and continuous flutes to minimize high-load vibration and optimize chip flow, delivering exceptional performance in Stainless Steel and Exotic Alloys.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45), hardened Steels (HRC~55).

Features

1. Upgraded Anti-Vibration & Multi-Functional: Features an advanced unequal helix and spacing design to eliminate chatter, handling plunging, slotting, and side milling with a single tool to reduce machining time by 20% to 50%.
2. New Nano-Coating & High Durability: Utilizes a new SS AlCrN coating and corner-chipping prevention, paired with optimized chip pockets for exceptional wear resistance, long tool life, and tight precision.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45), hardened Steels (HRC~50).

Features

1. Ultra-High Feed & Powerful Roughing: Features a unique corner radius and low-vibration design for ultra-high feed cutting, delivering 3x higher mold roughing efficiency than general radius end mills.
2. nACo Coating & High-Hardness Precision: Utilizes advanced nACo coating to effortlessly machine 45–68 HRC hardened steels, maintaining a strict +/-0.01mm R tolerance for high-precision finishing.

Application

• Excel at working high-hardened Steels (~HRC68).

Features

1. Ultra-High Feed & Powerful Roughing: Features a unique corner radius and low-vibration design for ultra-high feed cutting, delivering 3x higher mold roughing efficiency than general radius end mills.
2. nACo Coating & High-Hardness Precision: Utilizes advanced nACo coating to effortlessly machine 45–68 HRC hardened steels, maintaining a strict +/-0.01mm R tolerance for high-precision finishing.

Application

• Excel at working high-hardened Steels (~HRC68).