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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.
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.
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 single crystal diamond drill capable of mirror-finish hole processing in resin and hard brittle materials.
We can handle everything from centering to hole processing. You can achieve good chip removal and stable hole accuracy.
