Category: EndMills
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CERATIZIT 12180043
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180044
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180045
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180046
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180047
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180048
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180049
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180050
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180051
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180052
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180053
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180054
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180055
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180056
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180057
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
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CERATIZIT 12180058
Price on requestRequest a Quote- Double-end design for increased shop productivity.
- Smaller pilot diameters allow the tool to be run faster.
- Higher helix angles result in reduced tool pressure, better finishes, and more efficiently dissipated heat.
- The spiral multi-flute design allows for a faster and smoother cutting action.
- Solid carbide provides for better rigidity than high-speed steel.
