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A solid drill specifically designed for heat-resistant alloys that achieves high efficiency and long lifespan in drilling heat-resistant titanium alloy.
This is a rare drill specifically designed for heat-resistant alloys in the market. We aimed to create a product that truly satisfies the tool's lifespan when machining heat-resistant alloys!
Finish with hole punching!
Unlike other companies' drill reamers, which have slower machining conditions, this can finish holes with H7 level precision under general drilling conditions.
One-shot machining of inclined surfaces of aluminum alloy - burr-free processing.
- A multifunctional flat drill with a barrier-less design. - The low friction coefficient DLC coating reduces adhesion and achieves excellent chip evacuation. - Regular size for D hole drilling depth is adopted.
High-precision finishing processing of aluminum alloy
The three-blade design with excellent cutting balance and a flat bottom blade shape provides high positional correction force, achieving high-quality hole processing in conjunction with the excellent anti-adhesion properties of the DLC coating. The drilling depth adopts a 5D type. (Please use it after drilling a pilot hole.)
Ideal for drilling with a depth of 2D (with corner R).
Ideal for aluminum counterboring processing.
It is possible to process guide holes on inclined surfaces with high efficiency.
Please feel free to contact us.
Ideal for drilling CFRP holes
The crystal diamond-coated drill can enhance tool life for difficult-to-machine materials by reducing cutting resistance and increasing wear resistance through a blade shape with excellent cutting performance and an improved crystalline diamond coating.
It is a drill that can process deep holes with long life and high precision.
Characterized by a short groove length and a long neck length. Even with a long protrusion length, it has high hole positioning accuracy.
DLC flat drill that achieves high-efficiency machining of aluminum alloys.
- Oil hold drill with DLC coating that has excellent anti-adhesion performance and oil holes. - High-efficiency flat hole machining is possible up to a hole depth of 5D.
High-efficiency flat hole processing is possible up to a depth of 8D.
Ideal for aluminum seat machining.
