Features

1. Overall lengths are 40mm, 45mm, and 50mm, designed specifically for lathe machining.
2. High precision, improved cutting quality and machining speed.
3. 37°-40° different helix design: specifically designed for stainless steel applications; effectively suppresses vibration, significantly improving tool stability and lifespan.

Application

• Functional application; sizes range from 5 mm to 16 mm, suitable for stainless steel machining.

Features

1. Overall lengths are 40mm, 45mm, and 50mm, designed specifically for lathe machining.
2. High precision, improved cutting quality and machining speed.
3. 38° with unequal flute spacing design: effectively suppresses vibration, significantly improving tool stability and lifespan.

Application

• High-efficiency functional type; size range from 5 mm to 10 mm, suitable for machining high-hardness materials, stainless steel, and titanium alloys.

Features

1. Overall lengths are 40mm, 45mm, and 50mm, designed specifically for lathe machining.
2. High precision, improved cutting quality and machining speed.
3. 40°-42° different helix angle designs: designed specifically for finishing; effectively suppresses vibration, produces a smooth surface, and significantly improves tool stability and lifespan.

Application

• Suitable for finishing; dimensions range from 6mm to 12mm.

Features

1. Overall lengths are 40mm-60mm, designed specifically for lathe machining.
2. Dedicated cutting edge design for aluminum: A sharp cutting edge combined with optimized chip relief grooves effectively reduces aluminum adhesion and built-up edge formation, extending tool life.
3. Increased rigidity and stable cutting: Effectively reduces machining vibration, ensuring stable machining and improving dimensional accuracy.

Application

• Ideal for machining aluminum alloys and non-ferrous materials.

Features

1. Overall lengths are 40mm-60mm, designed specifically for lathe machining.
2. Dedicated cutting edge design for aluminum: A sharp cutting edge combined with optimized chip relief grooves effectively reduces aluminum adhesion and built-up edge formation, extending tool life.
3. Increased rigidity and stable cutting: Effectively reduces machining vibration, ensuring stable machining and improving dimensional accuracy.

Application

• Ideal for machining aluminum alloys and non-ferrous materials.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.

Features

1. Maximum Value: Replace only the worn-out head while reusing the heavy-duty shank. In the long run, it delivers the high rigidity and metal removal rates of a solid end mill at a fraction of the cost.
2. Superior Access for Deep Cavity Milling: Engineered for deep molds and complex pockets. Paired with slim or tapered shanks, it provides maximum clearance to reach tight areas and deep slots traditional bulky tools cannot.

Application

• Excel at working carbon steels (~HB225), alloy steels (HB225~325), pre-hardened steels (up to HRC45),cast iron, stainless steel, copper alloy, aluminum alloy.