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Product Overview The KDA0740X03S080C from Kyocera is a premium-grade carbide drill insert engineered for high-performance CNC machining operations. Featuring the advanced PR1225 substrate, this 80 mm compact tool delivers exceptional wear resistance, thermal stability, and consistent chip evacuation..

Product Overview The KDA0750X03S080C from Kyocera is a premium-grade carbide drill insert engineered for high-performance CNC machining operations. Featuring the advanced PR1535 substrate, this 80 mm compact tool delivers exceptional wear resistance, thermal stability, and consistent chip evacuation..

Product Overview The KDA0760X03S080C from Kyocera is a premium-grade carbide drill insert engineered for high-performance CNC machining operations. Featuring the advanced CA6515 substrate, this 80 mm compact tool delivers exceptional wear resistance, thermal stability, and consistent chip evacuation..

Product Overview The KDA0770X03S080C from Kyocera is a premium-grade carbide drill insert engineered for high-performance CNC machining operations. Featuring the advanced CA6535 substrate, this 80 mm compact tool delivers exceptional wear resistance, thermal stability, and consistent chip evacuation..

Product Overview The KDA0780X03S080C from Kyocera is a premium-grade carbide drill insert engineered for high-performance CNC machining operations. Featuring the advanced PR1705 substrate, this 80 mm compact tool delivers exceptional wear resistance, thermal stability, and consistent chip evacuation..

Product Overview The KDA0790X03S080C from Kyocera is a premium-grade carbide drill insert engineered for high-performance CNC machining operations. Featuring the advanced CA5505 substrate, this 80 mm compact tool delivers exceptional wear resistance, thermal stability, and consistent chip evacuation..

Product Overview The KDA0800X03S080C from Kyocera is a premium-grade carbide drill insert engineered for high-performance CNC machining operations. Featuring the advanced PR1210 substrate, this 80 mm compact tool delivers exceptional wear resistance, thermal stability, and consistent chip evacuation..