東京山勝 List of Products and Services

We can handle everything from centering to hole processing. You can achieve good chip removal and stable hole accuracy.

• drill

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• drill

Introduction of cutting tools ideal for non-ferrous metals such as aluminum, resin, and copper.

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This is a 1.5D blade length type of a four-flute carbide vibration-resistant 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.

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This is a 1.5D cutting length type of a four-blade carbide vibration-resistant end mill that demonstrates exceptional performance on non-ferrous metals such as aluminum alloys, where resistance to welding and lubrication are required, thanks to the adoption of DLC coating.

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This is a single crystal diamond chamfer cutter capable of mirror finish processing for non-ferrous metals and resin processing. *It is exclusively for chamfering and cannot be used for V-groove processing.

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Change the number of grooves for long life even when processing high-hardness steel.

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Ideal for aluminum seat machining.

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Ideal for aluminum counterboring processing.

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Adopting a gradually decreasing twist angle in the groove shape of the drill (unequal twist groove).

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This is an end mill designed for high-efficiency machining with a super multi-edge configuration. It features DUROREY coating, allowing for efficient machining of a wide range of materials from general steel to high-hardness steel.

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This is a single crystal diamond square end mill capable of mirror finish processing for non-ferrous metals and resin machining. The seamless blade length can be up to 6mm (DC: Φ1.2) and is suitable for workpieces with a thickness of 6mm.

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【Twisted Angle Gradual Reduction Groove Shape】 - The chip room is wider on the shank side, improving chip discharge performance. 【XC Shinning】 - Good curlability of chips, resulting in a favorable chip shape for discharge. - Good engagement, reducing thrust and controlling variations in hole diameter.

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A lineup from Φ1.0 to Φ16 in 0.1mm increments Even ultra-thin materials have an astonishingly beautiful finish Diagonal perforation also results in a stable finish

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A lineup from Φ1.0 to Φ16 in 0.1mm increments Incredibly beautiful finish even with ultra-thin materials Stable finish even with diagonal perforations

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Achieving high efficiency and long lifespan with overwhelming chip separation and cooling effect.

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We offer the newly developed Aqua REVO drill with all new materials, blade shapes, and coatings, available in stub, regular, and semi-long types.

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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.

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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.

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- 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.

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This drill adopts a gradually decreasing twist angle in the groove shape (unequal twist groove). It is a 4D drill capable of ultra-high feed machining on lathes and machining centers where chips tend to clog.

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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.

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This is a carbide end mill with a left-hand spiral and left-hand cutting edge that demonstrates outstanding performance on non-ferrous metals such as aluminum alloys.

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- Capable of handling a wide range from general steel to aluminum alloys - Thinning shape that enhances chip evacuation and cutting performance - Achieves high straightness in hole processing by adopting a double margin

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A carbide drill in the Ruma shape, ideal for machining aluminum and resin from general steel. Available in non-coated and DLC-coated options.

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This is a stub-shaped carbide drill that is optimal for non-ferrous metals such as aluminum alloys, which require resistance to welding and lubrication due to DLC coating.

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This is a stub-type carbide drill that is optimal for non-ferrous metals such as aluminum alloys, which require resistance to welding and lubrication due to DLC coating.

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This is a leading drill optimal for non-ferrous metals such as aluminum alloys, which require resistance to welding and lubrication due to DLC coating.

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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.

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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.

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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.

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This is a leading drill with a long shank type that demonstrates exceptional power 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 in deep areas.

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This is a leading drill optimal for non-ferrous metals such as aluminum alloys, which require wear resistance and lubrication due to DLC coating. The use of carbide tool material enables high speed and long lifespan.

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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.

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DLC coating is highly effective for non-ferrous metals such as aluminum alloys, where resistance to adhesion and lubrication are required.

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- Reduction of deburring labor hours - Reduction of tool costs - Shortening of processing time - Control of in-machine measurement results and processing errors

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No burrs with a single perforation without a pilot hole! Ideal for perforating CFRTP, GFRTP, UD materials, and resins! If there is no runout, hole accuracy is below H6!

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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.

• End Mills
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• Reamer

You can find the desired cutting tools categorized for non-ferrous metals, steel, and difficult-to-machine materials for each type of processed workpiece. We also have many products in stock that are not listed in this catalog.

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• Reamer

This is a three-blade end mill for aluminum processing. It features a replaceable head with sharp edges finished to a mirror surface for excellent cutting performance, and it has oil holes for superior chip removal. Two types are available: M (Milling) and B (Boring), both with sharp edges and R0.2 specifications. It is suitable for a wide range of aluminum machining applications.

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Achieving high precision and longevity in high-feed machining on lathes and machining centers, which are prone to chip clogging.

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4-blade hybrid drill for cross holes in aluminum and resin No burrs with one-shot drilling without a pilot hole! Ideal for drilling cross holes in aluminum and resin! If there is no runout, hole accuracy is H7 or below!

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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.

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The newly developed sharp unique blade shape demonstrates excellent chip evacuation in high-speed groove cutting. The synergistic effect with the coating specific to each model suppresses burrs and vibrations, achieving unprecedented high-precision machining with high speed and long tool life. Additionally, by making the neck section two-tiered, it is possible to handle machining in deeper areas while maintaining rigidity.

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• Milling

- 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.

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