Roll Taps

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

Optimal design of the threaded part reduces the processing load on each biting blade and extends the service life. Furthermore, the occurrence of welding is suppressed and the processing torque is reduced. Optimal design of the bite part reduces the processing load on each mountain, enabling smoo... Read More

Optimal design of the threaded part reduces the processing load on each biting blade and extends the service life. Furthermore, the occurrence of welding is suppressed and the processing torque is reduced. Optimal design of the bite part reduces the processing load on each mountain, enabling smoo... 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

Optimal design of the threaded part reduces the processing load on each biting blade and extends the service life. Furthermore, the occurrence of welding is suppressed and the processing torque is reduced. Optimal design of the bite part reduces the processing load on each mountain, enabling smoo... Read More

With powdered highs and special screw specifications, long-life machining is possible with a wide range of work materials. Low carbon steel (C ~ 0.25%): ◎, Medium carbon steel (C0.25% ~ 0.45%): ◎, High carbon steel (C0.45% ~): ◎, Alloy steel: ◎, Stainless steel (~ 35HRC) ): ◎, Cast steel: ○, Copp... Read More

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

With powdered highs and special screw specifications, long-life machining is possible with a wide range of work materials. Low carbon steel (C ~ 0.25%): ◎, Medium carbon steel (C0.25% ~ 0.45%): ◎, High carbon steel (C0.45% ~): ◎, Alloy steel: ◎, Stainless steel (~ 35HRC) ): ◎, Copper: ◎, Brass: ◎... Read More

Suitable for non-ferrous alloys such as aluminum, magnesium, zinc, copper and their alloys. Copper: ○, Brass: ○, Brass Casting: ○, Rolled Aluminum Material: ○, Aluminum Alloy Casting: ○, Zinc Alloy Casting: ○

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

* For separately shipped products, if you order by cash on delivery, it will be shipped the next day or later.

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

By applying CrN coating that shows excellent wear resistance and anti-welding resistance to copper and adopting HSSE as the material, long-life processing on copper is realized. Stainless steel (~ 35HRC): ○, Copper: ◎, Brass: ○, Brass casting: ○, Aluminum alloy casting: ○

Suitable for high precision set screw and through thread machining up to a thread depth of 3.5 x D. Suitable for work materials with long chips from 200 to 1200 N / mm 2 and 36 HRC. For blind hole and through hole machining. Work Material: Steel, Stainless Steel, Cast Iron, Aluminum Alloy. * Pilo... Read More

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

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

With powdered highs and special screw specifications, long-life machining is possible with a wide range of work materials. Low carbon steel (C ~ 0.25%): ◎, Medium carbon steel (C0.25% ~ 0.45%): ◎, High carbon steel (C0.45% ~): ◎, Alloy steel: ◎, Stainless steel (~ 35HRC) ): ◎, Copper: ◎, Brass: ◎... 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

Since the inner diameter is exposed during normal rotation, even if the pilot hole diameter varies, over-rolling does not occur and the pilot hole diameter can be easily managed. By selecting the pilot hole diameter, it is possible to remove cracks at the top of the female thread. Aluminum alloy ... Read More

Ideal for screwing thin mild steel plates with a tensile strength of 700 N / mm? Or less. It suppresses the occurrence of whiskers, burrs, and pimples. Low carbon steel (C ~ 0.25%): ◎, Medium carbon steel (C0.25% ~ 0.45%): ○, High carbon steel (C0.45% ~): ○, Alloy steel: ○, Stainless steel (~ 35H... Read More

A roll tap that controls the inner diameter of female threads. A roll tap that supports control of the inner diameter of female threads. * Pilot hole machining greatly affects the accuracy of screws. * Be careful when drilling pilot holes.

Suitable for tapping aluminum alloys, magnesium alloys, copper alloys, etc. in large quantities with high-precision automatic machines. Since screws are formed by plastic deformation, chips are not generated and stable continuous machining is possible. Low carbon steel (C ~ 0.25%): ○, Copper: ◎, ... Read More

Ultra-high-speed, high-precision female thread machining is performed on aluminum and aluminum alloys without producing chips due to plastic deformation. Rolled aluminum material: ◎, Aluminum alloy casting: ◎, Zinc alloy casting: ◎

Since screws are formed by plastic deformation, chips are not generated. For blind hole and through hole machining. Work Material: Aluminum, Copper, Stainless, Ductile Steel. * Pilot hole machining greatly affects the accuracy of screws. * Be careful when drilling pilot holes.

Suitable for tapping aluminum alloys, magnesium alloys, copper alloys, etc. in large quantities with high-precision automatic machines. Since screws are formed by plastic deformation, chips are not generated and stable continuous machining is possible. Low carbon steel (C ~ 0.25%): ○, Copper: ◎, ... Read More

Effective for horizontal and deep hole machining of pipe screws. The oil holes allow the cutting fluid to act on the cutting edge, enabling high-speed, high-precision screwing.