id :6008, Mfr Model :C76341, Length of Cut :3 in, Overall Length :6 in, Neck Length :0.705 in, Measurement System :Fractional Inch, Number of Flutes :7, End Mill Style :Square, Primary Material Application :Alloy Steel; Austenitic Stainless Steel; Low Carbon Steel; Martensitic Stainless Steel; Ni, Co, Fe Based Super Alloy; Titanium Hi-Temp Alloy, End Mill Cutting Type :Non-Center Cutting, List Number :CEM-V3-7R, Helix Angle :38 °, Cutting Direction :Right Hand, Coolant Fed :Non-Coolant Through, Drilling Tool Configuration :Individual, UNSPSC :23172005, Country of Origin :USA (subject to change), Shank Type :Straight, Material :Carbide, Finish :AP/MAX, Milling Diameter :1 in, Shank Diameter :1 in, End Mill Application :Finishing; Roughing, Material Grade :High Performance, Primary Material Application ISO Code :M; P; S, Spiral Direction :Right Hand, Secondary Material Application :General Purpose, Secondary Material Application ISO Code :K; M; P; S, Material Applications :High-Temp Alloy; Stainless; Steel, Flute Type :Helical, Min Helix Angle :36 °, Max Helix Angle :30 °, Neck Dia :0.7050 in, For Material Hardness :Upto 70 HRC,
+ Add to Cartid :6009, Mfr Model :C76345, Length of Cut :3-1/2 in, Overall Length :6 in, Neck Length :0.705 in, Measurement System :Fractional Inch, Number of Flutes :7, End Mill Style :Square, Primary Material Application :Alloy Steel; Austenitic Stainless Steel; Low Carbon Steel; Martensitic Stainless Steel; Ni, Co, Fe Based Super Alloy; Titanium Hi-Temp Alloy, End Mill Cutting Type :Non-Center Cutting, List Number :CEM-V3-7R, Helix Angle :38 °, Cutting Direction :Right Hand, Coolant Fed :Non-Coolant Through, Drilling Tool Configuration :Individual, UNSPSC :23172005, Country of Origin :USA (subject to change), Shank Type :Straight, Material :Carbide, Finish :AP/MAX, Milling Diameter :1 in, Shank Diameter :1 in, End Mill Application :Finishing; Roughing, Material Grade :High Performance, Primary Material Application ISO Code :M; P; S, Spiral Direction :Right Hand, Secondary Material Application :General Purpose, Secondary Material Application ISO Code :K; M; P; S, Material Applications :High-Temp Alloy; Stainless; Steel, Flute Type :Helical, Min Helix Angle :36 °, Max Helix Angle :30 °, Neck Dia :0.7050 in, For Material Hardness :Upto 70 HRC,
+ Add to Cartid :6010, Mfr Model :C76372, Length of Cut :5/8 in, Overall Length :2-1/2 in, Neck Length :0.705 in, Measurement System :Fractional Inch, Number of Flutes :7, End Mill Style :Square, Primary Material Application :Alloy Steel; Austenitic Stainless Steel; Low Carbon Steel; Martensitic Stainless Steel; Ni, Co, Fe Based Super Alloy; Titanium Hi-Temp Alloy, End Mill Cutting Type :Non-Center Cutting, List Number :CEM-V3-7R, Helix Angle :38 °, Cutting Direction :Right Hand, Coolant Fed :Non-Coolant Through, Drilling Tool Configuration :Individual, UNSPSC :23172005, Country of Origin :USA (subject to change), Shank Type :Straight, Material :Carbide, Finish :AP/MAX, Milling Diameter :1/2 in, Shank Diameter :1/2 in, End Mill Application :Finishing; Roughing, Material Grade :High Performance, Primary Material Application ISO Code :M; P; S, Spiral Direction :Right Hand, Secondary Material Application :General Purpose, Secondary Material Application ISO Code :K; M; P; S, Material Applications :High-Temp Alloy; Stainless; Steel, Flute Type :Helical, Min Helix Angle :36 °, Max Helix Angle :30 °, Neck Dia :0.7050 in, For Material Hardness :Upto 70 HRC,
+ Add to CartThree-flute end mills clear chips more quickly than end mills with more flutes and allow for higher feed rates than end mills with fewer flutes. They also typically have larger cores and are less prone to breaking than end mills with fewer flutes. The bright finish on these end mills provides a smooth, polished surface.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to CartThe WXL coating on these end mills protects them from wear and is designed for milling nonferrous metals and steels with a Rockwell hardness of up to 50 HRC. It is harder and has a higher oxidation temperature than a TiAlN coating.
+ Add to Cart