K G-TAC
K G-TAC
K G-TAC is an endmill with the new concept coating for processing efficiency on aluminum, copper, and plastic
2LCB
G-TAC Coated Ball Endmills
Aluminum, Copper, Plastic
2 Flutes G-TAC Coated Ball Endmills for Non-Ferrous Metal
- - Endmills for Aluminum, Aluminum alloy, copper, copper alloy, CFRP, glass/carbon fiber, nonferrous and non-metallic materials
- - High precise edge tolerance.
2LRB
G-TAC Coated Rib Ball
Aluminum, Copper, Plastic
2 Flutes G-TAC Coated Rib Ball Endmills for Non-Ferrous Metal
- - Endmills for Aluminum, Aluminum alloy, copper, copper alloy, CFRP, glass/carbon fiber, nonferrous and non-metallic materials
- - High precise edge tolerance.
2LRE
G-TAC Coated Rib Endmills
Aluminum, Copper, Plastic
2 Flutes G-TAC Coated Rib Endmills for Non-Ferrous Metal
- - Endmills for Aluminum, Aluminum alloy, copper, copper alloy, CFRP, glass/carbon fiber, nonferrous and non-metallic materials
- - Reinforced edge design for preventing edge chipping.
- - High precise edge tolerance.
3LHE
45° Helix G-TAC Coated Rib
Aluminum, Copper, Plastic
3 Flutes 45° Helix G-TAC Coated Rib Endmills for Non-Ferrous Metal
- - Endmills for Aluminum, Aluminum alloy, copper, copper alloy, CFRP, glass/carbon fiber, nonferrous and non-metallic materials
- - High speed, feed applicable by 3 flute 45° helix and deep chip pocket design.
2LCE
G-TAC Coated Endmills
Aluminum, Copper, Plastic
2 Flutes G-TAC Coated Endmills for Non-Ferrous Metal
- - Endmills for Aluminum, Aluminum alloy, copper, copper alloy, CFRP, glass/carbon fiber, nonferrous and non-metallic materials
- - Endmills for Aluminum, Aluminum alloy, copper, copper alloy, CFRP, glass/carbon fiber, nonferrous and non-metallic materials
- - High precise edge tolerance.
2LCR
G-TAC Coated Corner Radius
Aluminum, Copper, Plastic
2 Flutes G-TAC Coated Coner Radius Endmills for Non-Ferrous Metal
- - Endmills for Aluminum, Aluminum alloy, copper, copper alloy, CFRP, glass/carbon fiber, nonferrous and non-metallic materials
- - Reinforced edge design for preventing edge chipping.
- - High precise edge tolerance.
4&6BNR
- - 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
4BCE
- - 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
