Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
241～255 item / All 360 items
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.
Expand the lineup of stub types with diameters ranging from Φ6 to 12 and a dimensional variation of 0.01mm, allowing for precise dimension selection.
We offer the newly developed Aqua REVO drill with all new materials, blade shapes, and coatings, available in stub, regular, and semi-long types.
Over 125 years of establishment, a globally expanding manufacturer from Germany has developed the TiN-coated HSCO end mill shank drill 'GU 500'.
The versatile TiN-coated HSCO end mill shank drill 'GU500' can handle everything from general steel to non-ferrous metals, cast iron, and stainless steel. It uses cobalt high-speed steel for the tool material. It features an excellent TiN coating for multi-purpose use. This end mill shank allows for strong and precise gripping.
A high-rigidity 'carbide NC spot drill' developed by a German global manufacturer with over 125 years of history, ideal for precise positioning in center hole machining.
GUHRING's high-rigidity 'carbide NC spot drill' can process center holes for precise positioning with high accuracy and quality. It is available in four tip angles: 60°, 90°, 120°, and 145°. The outer diameter and shank diameter are manufactured with h6 precision, ensuring good roundness. There is a wide variety of options available, including coated types and long sizes. ☆★About Guhring★☆ Since its founding in 1898, Guhring has held the top market share in cutting tools in Germany. It has over 40 years of operational experience in Japan and is rare among foreign manufacturers for having a domestic production facility, offering custom manufacturing, regrinding, and recoating services.
Universal HSS-E-PM drill 'GU 500' developed by a German global manufacturer with over 125 years of history.
The 'GU 500' is a powerful HSS-E-PM drill optimized for medium lot production, which could not be covered by existing small lot high-speed drills. It features excellent wear resistance due to the use of powdered high-speed steel (HSS-E-PM) and multi-layer coatings. It has a high-precision clamp with an end mill shank tolerance of h6. The unique rounded groove shape provides excellent chip evacuation. With a tip angle of 118° and a 4-facet point grind, it enables high-precision hole machining with excellent bite performance and centering capability.
Over 125 years of establishment, a German global manufacturer has developed the carbide drill 'RT 100 R' for cast iron processing.
The 'RT 100 R', optimized for machining gray cast iron and ductile cast iron, features a cutting-edge radiused point shape patented by Gooling. By shaping the corners into a radius, it excels in wear resistance and achieves a longer lifespan compared to conventional products. Additionally, it accommodates machining of relatively new materials such as CGI (Compact Graphite Iron) and ADI (Austempered Ductile Iron), which are increasingly in demand in the automotive industry. In through-hole machining, it suppresses burrs on the exit side.
The "RT 100 HF" ultra-hard drill for machining difficult materials developed by a German global manufacturer with over 125 years of history.
"RT 100 HF," developed to solve challenges in machining high-hardness steel and Ni-based alloys, which are difficult to machine. Designed with a robust blade shape and employing a double margin to enhance machining stability and surface quality. Utilizes our proprietary ultra-hard material, optimal for machining high-hardness materials and Ni-based alloys. Features the extremely high hardness "Signum coating" with a hardness of 5500 HV. *For more details, please refer to the PDF document or feel free to contact us.*
