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High-efficiency deep hole machining drill
- Non-step processing is possible for deep holes ranging from 35D to 50D. (Standard products are available up to 30D.) - High efficiency and long lifespan in both wet and MQL conditions. - The cutting edge shape with low cutting resistance allows for long lifespan in deep hole machining of stainless steel.
This is an end mill specifically made for expanded polystyrene.
● A skew angle of 30° compared to the typical high-end mill skew angle of 12° to 15°. ● Improved cutting performance suitable for expanded polystyrene, reducing the loss of foam particles. ● Adopted a weak twist with a twist angle of 15° for difficult-to-clamp expanded polystyrene shapes. ● Set a long overall length and groove length anticipating processing with a longer protrusion.
Please try the AD mill with excellent cost performance.
We offer a variety of lineups such as general-purpose squares, balls, laughing tools, non-uniform leads, and aluminum processing tools, tailored to different applications.
Preventing tool pull-out during heavy cutting of difficult-to-machine materials related to aircraft and energy.
- Adopts an extreme shank to prevent tool pull-out during heavy cutting. - Utilizes a strong twisted blade shape optimal for machining titanium alloys and heat-resistant alloys. - Employs an uneven division and uneven lead to suppress chatter vibrations during machining. - Offers a wide variety of corner radii (radius type) tailored to the machining shape.
This is a search site for cutting tools (end mills, drills, reamers, taps), and all listed products are in our inventory.
We have listed many major domestic manufacturers of cutting tools, and you can search for the cutting tools you are looking for by dimensions, materials, and workpieces.
It is a short type of carbide radius end mill for seat processing. It is capable of machining corner radii at the bottom of holes.
DLC coating is highly effective for non-ferrous metals such as aluminum alloys, where resistance to adhesion and lubrication are required.
This is a long shank type of short form ultra-hard radius end mill for seat machining.
The adoption of DLC coating demonstrates outstanding effectiveness for non-ferrous metals such as aluminum alloys, where resistance to welding and lubrication are required. It is possible to process corner radii at the bottom of deep holes.
It demonstrates outstanding power in non-ferrous metals.
The DLC coating provides outstanding performance for non-ferrous metals such as aluminum alloys, where resistance to welding and lubrication are required. This is a long shank type of short solid carbide end mill for counterboring, capable of machining deep areas.
This is a two-flute V-cut end mill that demonstrates exceptional performance on non-ferrous metals.
This is a two-flute V-cut end mill that demonstrates exceptional performance on non-ferrous metals such as aluminum alloys, where resistance to welding and lubrication are required due to the adoption of DLC coating. It is ideal for chamfering non-ferrous metals like aluminum alloys.
Aluminum DLC Coated 2-Flute Carbide End Mill
This is a two-flute carbide end mill capable of stable processing of aluminum sashes, demonstrating outstanding performance for aluminum alloys that require resistance to welding and lubrication due to the adoption of DLC coating.
Aluminum DLC-coated single-flute carbide end mill
This is a two-blade carbide end mill capable of stable processing of aluminum sashes, demonstrating outstanding effectiveness for aluminum alloys that require resistance to welding and lubrication due to the adoption of DLC coating.
End mills for aluminum processing, including radiused types, are also available in the lineup.
Ideal for aluminum alloy processing with DLC coating. An end mill for aluminum alloys that enables high-speed and high-quality machining through the adoption of uneven division and uneven lead. Long blade lengths, deep engraving processing, and radius types are also available in the lineup.
A carbide end mill for seat machining that demonstrates exceptional performance on non-ferrous metals.
This is a short carbide end mill for counterboring that demonstrates outstanding effectiveness on non-ferrous metals such as aluminum alloys, which require resistance to welding and lubrication due to the adoption of DLC coating.
End mills ideal for aluminum machining.
- The unique bottom blade shape allows for drilling with four blades. - The adoption of a thin and highly lubricative DLC coating is effective in suppressing burrs.
Aluminum DLC-coated ball end mill
This is a spherical end mill that utilizes DLC coating, demonstrating exceptional performance in machining undercuts for aluminum alloys that require resistance to welding and lubrication properties.
