K-HARD
K-HARD
K-HARD endmill provides high precision and excellent roughness surface between HRC 45 and 62 for processing high hardness and mold steel materials.
2KRB
Rib Ball Endmills
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
2 Flutes Rib Ball Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
2KCB
Standard Ball
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
2 Flutes Standard Ball Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
2KSB
Short Ball
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
2 Flutes Short Ball Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
2KRE
Rib Endmills
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
2 Flutes Square Rib Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
4KRE
Rib Endmills
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
4 Flutes Square Rib Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
2KCR
Rib Corner Radius
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
2 Flutes Rib Corner Radius Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
4KCR
Rib Corner Radius
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
4 Flutes Rib Corner Radius Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
2KNR
Corner Radius
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
2 Flutes Corner Radius Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Maximize the wear-resistance due to TiSiN coating.
- - Geometry design to protect the breakage of cutting edge and improve the cutting performance.
4KNR
Corner Radius
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
4 Flutes Corner Radius Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
4KCU
High Speed & Feedrate
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
4 Flutes Corner Radius for High Speed & Feedrate
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc50.
- - Maximize the wear-resistance due to TiSiN coating.
2KCE
Square Endmills
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
2 Flutes Square Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
4KCE
Square Endmills
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
4 Flutes Square Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc52.
- - Maximize the wear-resistance due to TiSiN coating.
4KEM
43° Square Endmills
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
4 Flutes 43˚ Square Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Designed for high speed cutting of hardened steels over HRc50.
- - Maximize the wear-resistance due to TiSiN coating.
2KLE
Long length Endmills
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
2 Flutes Long Length Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Maximize the wear-resistance due to TiSiN coating.
- - Geometry design to protect the breakage of cutting edge and improve the cutting performance.
4KLE
Long length Endmills
Carbon Steels, Alloy Steels, Prehardened Steels, Heat treated steel, Copper, Graphite
4 Flutes Long Length Endmills
- - Endmills for pre-hardened and hardened steel (HRC52~60)
- - Maximize the wear-resistance due to TiSiN coating
- - Geometry design to protect the breakage of cutting edge and improve the cutting performance.
4KNR
- - FLUTE design considering optimal tool rigidity and optimal chip evacuation
- - New design enables high-precision work without the need for separate centering and reaming work.
- - Using high-quality ultra-fine grain materials with excellent toughness and wear resistance, tool life is improved and unmanned work is possible.
4KCU
- - FLUTE design considering optimal tool rigidity and optimal chip evacuation
- - New design enables high-precision work without the need for separate centering and reaming work.
- - Using high-quality ultra-fine grain materials with excellent toughness and wear resistance, tool life is improved and unmanned work is possible.
2KCE
- - FLUTE design considering optimal tool rigidity and optimal chip evacuation
- - New design enables high-precision work without the need for separate centering and reaming work.
- - Using high-quality ultra-fine grain materials with excellent toughness and wear resistance, tool life is improved and unmanned work is possible.
4KCE
- - FLUTE design considering optimal tool rigidity and optimal chip evacuation
- - New design enables high-precision work without the need for separate centering and reaming work.
- - Using high-quality ultra-fine grain materials with excellent toughness and wear resistance, tool life is improved and unmanned work is possible.
4BCE
- - FLUTE design considering optimal tool rigidity and optimal chip evacuation
- - New design enables high-precision work without the need for separate centering and reaming work.
- - Using high-quality ultra-fine grain materials with excellent toughness and wear resistance, tool life is improved and unmanned work is possible.
4KEM
- - FLUTE design considering optimal tool rigidity and optimal chip evacuation
- - New design enables high-precision work without the need for separate centering and reaming work.
- - Using high-quality ultra-fine grain materials with excellent toughness and wear resistance, tool life is improved and unmanned work is possible.
2KLE
- - FLUTE design considering optimal tool rigidity and optimal chip evacuation
- - New design enables high-precision work without the need for separate centering and reaming work.
- - Using high-quality ultra-fine grain materials with excellent toughness and wear resistance, tool life is improved and unmanned work is possible.
4KLE
- - FLUTE design considering optimal tool rigidity and optimal chip evacuation
- - New design enables high-precision work without the need for separate centering and reaming work.
- - Using high-quality ultra-fine grain materials with excellent toughness and wear resistance, tool life is improved and unmanned work is possible.
2ART
- - 최적의 공구강성과 최적의 칩배출을 고려한 FLUTE 설계
- - New design으로 별도의 centering과 reaming 작업이 필요없이 고정밀 작업이 가능
- - 인성과 내마모성이 우수한 초미립자 고급재질을 사용하여 공구의 수명을 향상하여 무인작업이 가능
