1～15 item / All 17 items
Zero Vari Birth! A hybrid drill for aluminum and resin that does not produce burrs.
● No burrs with a single perforation without a pilot hole ● Hole accuracy below H6 as long as there is no runout ● Excellent straightness
Carbide deep hole drill for aluminum processing
● High-precision deep hole machining of aluminum alloys is possible ● Groove shape that balances tool rigidity and chip evacuation ● Utilizes DLC coating with excellent weld resistance
It is the ideal leading drill for non-ferrous metals.
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.
This is a medium-sized carbide drill ideal for non-ferrous metals.
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.
This is a carbide flat drill that can accommodate a wide range of materials from general steel to aluminum alloys.
- 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
Low thrust with excellent chip discharge performance.
【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.
Ultra-hard drill for deep hole machining
With the mist hole feature, deep holes with an L/D ratio of 25 can be processed in a non-step manner, making it ideal for deep hole machining from raw materials to shaped steel.
Step drill for counterboring.
Lineup for flat head screws, pan head screws, and hex socket bolts. Enhanced heat resistance and wear resistance with Aqua EX coating.
High-speed steel drill for deep hole machining of aluminum.
Achieving stable deep hole machining of aluminum.
A stainless steel hybrid drill that doesn't produce burrs has arrived!
● No burrs with a single perforation without a pilot hole ● Hole accuracy below H6 as long as there is no runout ● Excellent straightness
Introducing a hybrid drill for metal that doesn't produce burrs!
● No burrs with a single perforation without a pilot hole ● Hole accuracy below H6 as long as there is no runout ● Excellent straightness
A 4D drill that adopts an uneven twisted groove with a gradually reduced twisted angle.
Achieving high precision and longevity in high-feed machining on lathes and machining centers, which are prone to chip clogging.
It is the ideal leading drill for non-ferrous metals.
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.
This is an optimal stub-type carbide drill for non-ferrous metals.
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.
This is a carbide drill that is ideal for processing general steel, aluminum, and resin.
A carbide drill in the Ruma shape, ideal for machining aluminum and resin from general steel. Available in non-coated and DLC-coated options.
