Rotary drill bits
Rotary drill bits are manufactured using advanced materials technology. This enables longer bit life and reduces costs. Innovative bearing technology and improved geometry, materials and innovative machining methods all contribute to higher performance.
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Optimized for all conditions
Sandvik rotary drill bits encompass blasthole bits for mining and bits designed for construction and civil engineering. Hole diameters range from 159 to 406 mm (6 ¼ to 16 inches). Air-cooled or sealed bearings and a variety of carbide grades and insert geometries are available.
Optimized for all conditions
Sandvik rotary drill bits encompass blasthole bits for mining and bits designed for construction and civil engineering. Hole diameters range from 159 to 406 mm (6 ¼ to 16 inches). Air-cooled or sealed bearings and a variety of carbide grades and insert geometries are available.
Sandvik rotary drill bits encompass blasthole bits for mining and bits designed for construction and civil engineering. Hole diameters range from 159 to 406 mm (6 ¼ to 16 inches). Air-cooled or sealed bearings and a variety of carbide grades and insert geometries are available.
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Extended life and high productivity
Bits are enhanced with Sanvik’s innovative cemented carbide inserts, whose shape and grades provide superior life and increased drilling productivity. Longer service life means decreased machine downtime, streamlining your processes.
Extended life and high productivity
Bits are enhanced with Sanvik’s innovative cemented carbide inserts, whose shape and grades provide superior life and increased drilling productivity. Longer service life means decreased machine downtime, streamlining your processes.
Bits are enhanced with Sanvik’s innovative cemented carbide inserts, whose shape and grades provide superior life and increased drilling productivity. Longer service life means decreased machine downtime, streamlining your processes.
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Optimized bearing performance
The performance of air-cooled bearings is optimized for high hours using advanced metallurgy, proportioning of components and optimized geometries.
Optimized bearing performance
The performance of air-cooled bearings is optimized for high hours using advanced metallurgy, proportioning of components and optimized geometries.
The performance of air-cooled bearings is optimized for high hours using advanced metallurgy, proportioning of components and optimized geometries.