Solid Carbide Drills (KDZ Series)

Brand: Kyocera
Product Overview
The Kyocera KDZ0340X3.0S060N-HP is a micro indexable drill engineered for high-precision CNC drilling operations. Featuring the advanced HP grade carbide substrate with a nano-pvd (tisin) coating system, this insert delivers exceptional cutting performance, superior surface fini..
$46.38 USD $77.30 USD
Brand: Kyocera
Product Overview
The KDZ0350X1.5S060N-HP from Kyocera is a precision-engineered indexable drill insert designed for CNC machining centers. Featuring the HP (High-Performance) grade with advanced PVD coating technology, this 3.5 mm diameter insert delivers exceptional wear resistance, superior chip c..
$45.26 USD $75.43 USD
Brand: Kyocera
Product Overview
The KDZ0350X3.0S060N is a premium-grade indexable drill insert from Kyocera, engineered for high-precision CNC drilling operations. Featuring the advanced PR1225 PVD-coated carbide substrate, this insert delivers exceptional wear resistance, superior chip control, and extended tool ..
$46.38 USD $77.30 USD
Brand: Kyocera
Product Overview
The Kyocera KDZ0350X3.0S060N-HP is a micro indexable drill engineered for high-precision CNC drilling operations. Featuring the advanced HP grade carbide substrate with a nano-pvd (tisin) coating system, this insert delivers exceptional cutting performance, superior surface fini..
$46.38 USD $77.30 USD
Brand: Kyocera
Product Overview
The KDZ0360X1.5S060N from Kyocera is a premium indexable drill insert engineered for high-performance CNC machining. Featuring a 3.6mm cutting diameter and PR1535 grade substrate, this insert delivers exceptional dimensional accuracy, superior surface finish, and extended tool life ..
$46.71 USD $77.85 USD
Brand: Kyocera
Product Overview
The KDZ0360X1.5S060N-HP from Kyocera is a precision-engineered indexable drill insert designed for CNC machining centers. Featuring the HP (High-Performance) grade with advanced PVD coating technology, this 3.6 mm diameter insert delivers exceptional wear resistance, superior chip c..
$46.71 USD $77.85 USD
Brand: Kyocera
Product Overview
The KDZ0360X3.0S060N is a premium-grade indexable drill insert from Kyocera, engineered for high-precision CNC drilling operations. Featuring the advanced PR1225 PVD-coated carbide substrate, this insert delivers exceptional wear resistance, superior chip control, and extended tool ..
$47.83 USD $79.72 USD
Brand: Kyocera
Product Overview
The Kyocera KDZ0360X3.0S060N-HP is a micro indexable drill engineered for high-precision CNC drilling operations. Featuring the advanced HP grade carbide substrate with a nano-pvd (tisin) coating system, this insert delivers exceptional cutting performance, superior surface fini..
$47.83 USD $79.72 USD
Brand: Kyocera
Product Overview
The KDZ0370X1.5S060N from Kyocera is a premium indexable drill insert engineered for high-performance CNC machining. Featuring a 3.7mm cutting diameter and PR1725 grade substrate, this insert delivers exceptional dimensional accuracy, superior surface finish, and extended tool life ..
$46.71 USD $77.85 USD
Brand: Kyocera
Product Overview
The KDZ0370X1.5S060N-HP from Kyocera is a precision-engineered indexable drill insert designed for CNC machining centers. Featuring the HP (High-Performance) grade with advanced PVD coating technology, this 3.7 mm diameter insert delivers exceptional wear resistance, superior chip c..
$46.71 USD $77.85 USD
Brand: Kyocera
Product Overview
The KDZ0370X3.0S060N is a premium-grade indexable drill insert from Kyocera, engineered for high-precision CNC drilling operations. Featuring the advanced PR1225 PVD-coated carbide substrate, this insert delivers exceptional wear resistance, superior chip control, and extended tool ..
$47.83 USD $79.72 USD
Brand: Kyocera
Product Overview
The Kyocera KDZ0370X3.0S060N-HP is a micro indexable drill engineered for high-precision CNC drilling operations. Featuring the advanced HP grade carbide substrate with a nano-pvd (tisin) coating system, this insert delivers exceptional cutting performance, superior surface fini..
$47.83 USD $79.72 USD
