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1. Product Overview The Kyocera 10,0 ENDMILL 3FL Corner Radius 2.4mm SGS44956 is a premium solid carbide endmill precision-engineered for high-performance CNC milling operations. Manufactured in Japan using advanced powder metallurgy and precision grinding technology, this tool delivers exceptional ..

1. Product Overview The Kyocera 12,0 ENDMILL 3FL Corner Radius 2.4mm SGS44960 is a premium solid carbide endmill precision-engineered for high-performance CNC milling operations. Manufactured in Japan using advanced powder metallurgy and precision grinding technology, this tool delivers exceptional ..

1. Product Overview The Kyocera 16,0 ENDMILL 3FL Corner Radius 2.4mm SGS44968 is a premium solid carbide endmill precision-engineered for high-performance CNC milling operations. Manufactured in Japan using advanced powder metallurgy and precision grinding technology, this tool delivers exceptional ..

1. Product Overview The Kyocera 20,0 ENDMILL 3FL Corner Radius 2.4mm SGS44973 is a premium solid carbide endmill precision-engineered for high-performance CNC milling operations. Manufactured in Japan using advanced powder metallurgy and precision grinding technology, this tool delivers exceptional ..

Product Overview The CNMG190624PH is a 80° rhombic (diamond) negative insert manufactured by Kyocera under grade CA115P. Featuring an 19.05mm (3/4" Inscribed Circle) inscribed circle, 6.35mm (1/4") thickness, and a 2.4mm nose radius, this indexable carbide insert is engineered for high-precision CNC..

Product Overview The CNMM190624PX is a 80° rhombic (diamond) negative insert manufactured by Kyocera under grade CA115P. Featuring an 19.05mm (3/4" Inscribed Circle) inscribed circle, 6.35mm (1/4") thickness, and a 2.4mm nose radius, this indexable carbide insert is engineered for high-precision CNC..

Product Overview Designed for precision machining, the SNMM190624PX CA115P TML00206 combines Kyocera's advanced coating technology with a robust square geometry. The Universal medium profile optimizes chip evacuation while minimizing cutting forces, reducing heat generation and extending insert life..