Cutting Tools / Abrasives

Used for blind holes, it is suitable for work materials in which chips are continuously coiled in carbon steel, alloy steel and non-ferrous metals. Medium carbon steel (C0.25% -0.45%): ○, Alloy steel: ○, Ductile cast iron: ○, Copper: ○, Brass: ○, Brass casting: ○, Bronze: ○, Rolled aluminum mater... Read More

Used for stainless steel through holes with poor machinability, it exhibits excellent sharpness and durability. In addition to stainless steel, it is also suitable for various heat-resistant steels and tough nickel-chromium-manganese steel. Stainless steel (~ 35HRC): ◎, copper: ◎, thermoplastic: ◎

It is used for general purposes and is suitable for work materials in which chips are continuously coiled in carbon steel, alloy steel and non-ferrous metals. Since the chips are surely pushed forward, there is no need to worry about chip damage. Medium carbon steel (C0.25% ~ 0.45%): ○, High carb... Read More

Suitable for blind hole stainless steel, copper and thermoplastics. Stainless steel: ◎, copper: ◎, thermoplastic: ◎ * The accuracy column is the recommended tap accuracy for class 2 female threads. * Before production in July 2002, M3 and below are protruding centers. * Tap accuracy does not guar... Read More

Used for screwing female threads into which helical coils are inserted. Compared to ordinary taps with the same nominal size, the pitch is the same, but the outer diameter is made larger by the amount of the insert.

Used for removing damaged taps, hardened steel (58-68HRC), forgetting to drill holes for stellite, etc. * Set the cutting speed to 20 to 25 m / min -1 . * The feed amount is 0.01 to 0.05 mm / rev as a guide. * Use a holder with rigidity commensurate with the diameter. * Select a good quality cutt... Read More

Regular groove length series ideal for stainless steel, mild steel, aluminum alloys, copper alloys, etc. Low carbon steel (C to 0.25%): ◎, Medium carbon steel (C0.25 to 0.45%): ○, Stainless steel (SUS): ◎, Copper alloy (Cu): ◎, Aluminum rolled material (AL): ◎ , Aluminum alloy casting (AC): ◎, Ma... Read More

The work material can be widely applied, but it is especially suitable for high-speed threading of through holes such as stainless steel and heat-treated materials. Low carbon steel (C ~ 0.25%): ○, medium carbon steel (C0.25% ~ 0.45%): ○, high carbon steel (C0.45% ~): ○, alloy steel: ○, tempered ... Read More

It is highly versatile and realizes non-step high-speed machining up to 4 to 5 times the diameter. Low carbon steel (C ~ 0.25%): ○, Medium carbon steel (C0.25 ~ 0.45%): ◎, High carbon steel (C0.45% ~): ◎, Alloy steel (SCM): ◎, Cast iron (~ 35HRC): ○, Tool steel (SKD / SKS): ◎, Cast iron (FC): ◎, ... Read More

Suitable for both steel and non-ferrous alloys. High-speed cutting is possible, durability is greatly improved, and high-efficiency screwing is possible. Low carbon steel (C ~ 0.25%): ○, Medium carbon steel (C0.25% ~ 0.45%): ○, High carbon steel (C0.45% ~): ○, Alloy steel: ○, Stainless steel (~ 3... Read More

Ideal for aluminum alloy processing. It can also be used for copper alloy and plastic processing.

It is used when the protruding length of the threaded part is insufficient with the standard spiral tap. Medium carbon steel (C0.25% to C0.45%): ○, Alloy steel (SCM): ○, Doug tile cast iron (FCD): ○, Copper (Cu): ○, Brass (Bs): ○, Brass casting ( BsC): ○, Bronze (PB): ○, Rolled aluminum material ... Read More

The WDI coating suppresses peripheral margin wear and achieves a long life in the high-speed range, making it an ideal drill for stainless steel, mild steel, aluminum alloys, copper alloys, etc.

The high-rigidity groove foam and stub groove length make it highly efficient and highly accurate, making it ideal for tap pilot holes and lathe machining. Low carbon steel (C ~ 0.25%): ○, Medium carbon steel (C0.25 ~ 0.45%): ◎, High carbon steel (C0.45% ~): ◎, Alloy steel (SCM): ◎, Heat-treated ... Read More

TiN coating enables high speed and long life. * The minimum value of the tap pilot hole diameter indicates the minimum value of the pilot hole when chamfering.

The bite length is 1.5 mountains. It is most suitable when the effective screw length cannot be secured with a blind hole with a bite length of 2.5 threads for general use spiral taps. Medium carbon steel (C0.25% -0.45%): ○, Rolled aluminum material: ○, Aluminum alloy casting: ○, Magnesium alloy ... Read More

Cobalt highs are used for the blade material. Excellent anti-welding and wear resistance with TiN coating. * Center holes are provided for outer diameters of 41 mm or more. * If you order by cash on delivery, it may be shipped the next day or later.

Carbide drill recommended for a wide range of machining materials with both cutting edge rigidity and cutting resistance. EgiAs coating, which boasts high wear resistance and toughness, is used to achieve long life. A wide groove that improves chip evacuation, and a wavy cutting edge that divides... Read More

A tap series that boasts high efficiency and multifunctional performance. A spiral tap with stable chip evacuation. Low carbon steel (C ~ 0.25%): ○, Medium carbon steel (C0.25% ~ 0.45%): ◎, High carbon steel (C0.45% ~): ◎, Alloy steel: ○, Heat-treated steel (25) ~ 35HRC): ◎, Stainless Steel (~ 35... Read More

High-precision, high-efficiency drilling of extremely small diameters for precision equipment, information communication parts, etc. Also recommended for shrink-fit systems.

Ideal for deep hole drilling of stainless steel over 2D. Stainless steel (SUS): ◎, Copper (Cu): ◎, Thermoplastic plastic: ◎ * The accuracy column is the recommended tap accuracy for class 2 female threads. * Tap accuracy does not guarantee female thread accuracy. * Please refer to the manufacture... Read More

The leading drill can perform two types of processing: centering (rubbing) before drilling holes and chamfering. The tip angle of 90 ° is used for C chamfering and for centering that also serves as chamfering.

With an intermediate groove length between stub and regular, non-step high-speed machining up to 4 times the diameter is realized even with a small diameter. Low carbon steel (C ~ 0.25%): ○, Medium carbon steel (C0.25 ~ 0.45%): ◎, High carbon steel (C0.45% ~): ◎, Alloy steel (SCM): ◎, Cast iron (... Read More

Suitable for side surface machining and finish cutting, and vertical feed is also possible. Center-cut short 4-flute end mill.

Ideal for threading blind holes in aluminum and its alloys, and non-ferrous metals such as die casting. Rolled aluminum material (AL): ◎, Aluminum alloy casting (AC / ADC): ◎, Magnesium alloy casting (MC): ○, Thermoplastic plastic: ○ * The accuracy column is the recommended tap accuracy for class... Read More

Since screws are formed by plastic deformation, it is suitable for low carbon steel, low carbon alloy steel, stainless steel, etc. with high elongation. It is especially effective for blind holes because it does not generate chips. Low carbon steel (C to 0.25%): ○, Medium carbon steel (C0.25% to ... Read More

It is used when the protruding length of the threaded part is insufficient with the standard point tap. Medium carbon steel (C0.25% ~ 0.45%): ○, High carbon steel (C0.45% ~): ○, Alloy steel: ○, Ductile cast metal: ○, Copper: ○, Brass: ○, Brass casting: ○ , Brass: ○, Rolled aluminum: ◎, Aluminum a... Read More

* If you order by cash on delivery, it may be shipped the next day or later.

By applying the newly developed hard lubricating film WXL coating, it is effective for a wide range of cutting such as general steel, hardened steel and copper alloy. It can be used for both wet and dry processing. Also recommended for shrink fit systems. If the delivery destination is a private ... Read More

The most standard 2-flute ball end mill.