[Features]· It is perfect for drilling heat-resistant nickel-based alloys.· Sharp edge (non-coated) design that minimizes processing heat during the cutting process.· A reduced frictional heating effect has been achieved by controlling the drill flute polishing.· Excellent processing stability with the use of double margins.[Applications]· Work materials: Inconel, Hastelloy, Waspaloy, other nickel-based heat resistant alloys.

[Features]· It is perfect for drilling heat-resistant nickel-based alloys.· Sharp edge (non-coated) design that minimizes processing heat during the cutting process.· A reduced frictional heating effect has been achieved by controlling the drill flute polishing.· Excellent processing stability with the use of double margins.[Applications]· Work materials: Inconel, Hastelloy, Waspaloy, other nickel-based heat resistant alloys.

[Features]· It is perfect for drilling heat-resistant nickel-based alloys.· Sharp edge (non-coated) design that minimizes processing heat during the cutting process.· A reduced frictional heating effect has been achieved by controlling the drill flute polishing.· Excellent processing stability with the use of double margins.[Applications]· Work materials: Inconel, Hastelloy, Waspaloy, other nickel-based heat resistant alloys.

[Features]· It is perfect for drilling heat-resistant nickel-based alloys.· Sharp edge (non-coated) design that minimizes processing heat during the cutting process.· A reduced frictional heating effect has been achieved by controlling the drill flute polishing.· Excellent processing stability with the use of double margins.[Applications]· Work materials: Inconel, Hastelloy, Waspaloy, other nickel-based heat resistant alloys.

[Features]· It is perfect for drilling heat-resistant nickel-based alloys.· Sharp edge (non-coated) design that minimizes processing heat during the cutting process.· A reduced frictional heating effect has been achieved by controlling the drill flute polishing.· Excellent processing stability with the use of double margins.[Applications]· Work materials: Inconel, Hastelloy, Waspaloy, other nickel-based heat resistant alloys.

[Features]· It is perfect for drilling heat-resistant nickel-based alloys.· Sharp edge (non-coated) design that minimizes processing heat during the cutting process.· A reduced frictional heating effect has been achieved by controlling the drill flute polishing.· Excellent processing stability with the use of double margins.[Applications]· Work materials: Inconel, Hastelloy, Waspaloy, other nickel-based heat resistant alloys.

[Features]· A new connection method "CFS" is adopted.· Guaranteed high runout accuracy of 5 μm or less.· Features simple operability and excellent stability.· Multiple blades and radius shape are optimum for high feed.[Applications]· Work materials: Carbon steel, alloy steel, cast iron, stainless steel, tempered steel, light alloy.[Material]· Ultrafine particle cemented carbide (Micro Grain Carbide)

[Features]· A new connection method "CFS" is adopted.· Guaranteed high runout accuracy of 5 μm or less.· Features simple operability and excellent stability.· Multiple blades and radius shape are optimum for high feed.[Applications]· Work materials: Carbon steel, alloy steel, cast iron, stainless steel, tempered steel, light alloy.[Material]· Ultrafine particle cemented carbide (Micro Grain Carbide)

[Features]· A new connection method "CFS" is adopted.· Guaranteed high runout accuracy of 5 μm or less.· Features simple operability and excellent stability.· Multiple blades and radius shape are optimum for high feed.[Applications]· Work materials: Carbon steel, alloy steel, cast iron, stainless steel, tempered steel, light alloy.[Material]· Ultrafine particle cemented carbide (Micro Grain Carbide)

[Features]· A new connection method "CFS" is adopted.· Guaranteed high runout accuracy of 5 μm or less.· Features simple operability and excellent stability.· Multiple blades and radius shape are optimum for high feed.[Applications]· Work materials: Carbon steel, alloy steel, cast iron, stainless steel, tempered steel, light alloy.[Material]· Ultrafine particle cemented carbide (Micro Grain Carbide)

[Features]· A new connection method "CFS" is adopted.· Guaranteed high runout accuracy of 5 μm or less.· Features simple operability and excellent stability.· Multiple blades and radius shape are optimum for high feed.[Applications]· Work materials: Carbon steel, alloy steel, cast iron, stainless steel, tempered steel, light alloy.[Material]· Ultrafine particle cemented carbide (Micro Grain Carbide)

[Features]· A new connection method "CFS" is adopted.· Guaranteed high runout accuracy of 5 μm or less.· Features simple operability and excellent stability.· Multiple blades and radius shape are optimum for high feed.[Applications]· Work materials: Carbon steel, alloy steel, cast iron, stainless steel, tempered steel, light alloy.[Material]· Ultrafine particle cemented carbide (Micro Grain Carbide)

[Features]· Ideal for machining high-hardness materials.· Reinforced blade tip design.· The multi-blade design has excellent rigidity.[Applications]· Work materials: Tempered steel (50 - 65 HRC)

[Features]· Ideal for machining high-hardness materials.· Reinforced blade tip design.· The multi-blade design has excellent rigidity.[Applications]· Work materials: Tempered steel (50 - 65 HRC)

[Features]· Ideal for machining high-hardness materials.· Reinforced blade tip design.· The multi-blade design has excellent rigidity.[Applications]· Work materials: Tempered steel (50 - 65 HRC)

[Features]· Ideal for machining high-hardness materials.· Reinforced blade tip design.· The multi-blade design has excellent rigidity.[Applications]· Work materials: Tempered steel (50 - 65 HRC)

[Features]· Ideal for machining high-hardness materials.· Reinforced blade tip design.· The multi-blade design has excellent rigidity.[Applications]· Work materials: Tempered steel (50 - 65 HRC)

[Features]· Ideal for machining high-hardness materials.· Reinforced blade tip design.· The multi-blade design has excellent rigidity.[Applications]· Work materials: Tempered steel (50 - 65 HRC)

[Features]· A new connection method "CFS" is adopted.· Guaranteed high runout accuracy of 5 μm or less.· Features simple operability and excellent stability.· Variable split greatly reduces cutting vibration (chatter).· 6-flute specification ideal for finishing.[Applications]· Work materials: Carbon steel, alloy steel, cast iron, stainless steel, light alloy.

[Features]· A new connection method "CFS" is adopted.· Guaranteed high runout accuracy of 5 μm or less.· Features simple operability and excellent stability.· Variable split greatly reduces cutting vibration (chatter).· 6-flute specification ideal for finishing.[Applications]· Work materials: Carbon steel, alloy steel, cast iron, stainless steel, light alloy.