kennametal

Product DescriptionThe KENNAMETAL 5656919 is an indexable copy face mill designed for high-productivity milling operations in metalworking and machining environments. Built around the Series 7792 platform, this cutter accepts eight XD 12 inserts and delivers a maximum depth of cut of 0.098 inches. The...

Product DescriptionThe KENNAMETAL 5657163 is a solid carbide milling insert in the APKT series, designed for indexable milling operations in demanding metal-cutting applications. Manufactured to grade SC3025, this parallelogram-style insert carries a multilayer CVD coating consisting of TiN, TiCN, and Al2O3, which provides thermal...

Product Description The KENNAMETAL 5657844 is a replacement clamp screw designed for use with indexable cutting tool assemblies. This small but critical fastener secures indexable inserts to tool holders, boring bars, milling cutters, and turning tools during machining operations. It is a direct OEM-style...

Product DescriptionThe KENNAMETAL 5658075 is an indexable high-feed end mill designed for aggressive material removal in milling applications. Built on a 1.0-inch Weldon Flat shank, this tool accepts two XDLT0904 inserts and supports a maximum depth of cut of 0.059 inches per pass. The...

Product Description The KENNAMETAL 5658170 is an indexable high-feed face mill designed for high-metal-removal-rate milling operations in machining environments. With a 1.5-inch cutting diameter and a 0.5-inch arbor hole, this face mill accepts indexable inserts that are swapped out without removing the body from...

Product Description The KENNAMETAL 5658507 is an indexable high-feed end mill designed for aggressive material removal at shallow depths of cut. Built around the 7792 series platform, it accepts three XPLT0603 inserts and runs on a 0.75 inch straight shank with a 0.75 inch...

Product Description The KENNAMETAL 5659867 is a solid carbide round milling insert in the RPHT series, grade SP6519, designed for high-performance milling of steel, stainless steel, superalloys, and titanium. The insert measures 0.394 inches in inscribed circle diameter and 0.156 inches thick, with a...

Product DescriptionThe KENNAMETAL 5659948 is an indexable high-feed end mill designed for aggressive material removal at shallow depths of cut. Built around the Series 7792 platform, it accepts three XDLT0904 inserts and delivers a 1.25-inch cutting diameter on a 1.125-inch straight shank. The maximum...

Product DescriptionThe KENNAMETAL 5660035 is a solid carbide milling insert in the APKT series, manufactured to grade SP6519 with a TiAlN coating applied via PVD process. The parallelogram insert geometry carries an 11-degree relief angle and an insert size code of 1604, placing it...

Product Description The KENNAMETAL 5660041 is a solid carbide milling insert carrying manufacturer grade SP6519 and a PVD-applied TiAlN coating. It belongs to the ADKT series and features a parallelogram insert shape with a 15-degree relief angle. At 0.148 inches thick and 0.31 inches...

Product Description The KENNAMETAL 5660351 is a solid carbide round milling insert in the RPHT series, designed for high-performance material removal in demanding machining environments. It carries an X500 manufacturer grade and features a CVD-applied multilayer TiN, TiC, TiN coating that improves wear resistance...

Product DescriptionThe KENNAMETAL 5660462 is a solid carbide round milling insert in the RPHT series, designed for indexable milling operations on steel, stainless steel, superalloys, and titanium. Manufactured to grade X500 with a CVD-applied TiN/TiC/TiN multilayer coating, this insert delivers wear resistance and thermal...

Product DescriptionThe KENNAMETAL 5661029 is an indexable high-feed face mill designed for aggressive material removal at elevated feed rates in CNC milling applications. With a 3.0-inch cutting diameter, this face mill accepts indexable inserts that can be rotated or replaced without removing the body...

Product DescriptionThe KENNAMETAL 5661199 is a solid carbide turning insert designed for precision metal cutting operations on CNC and manual lathes. It carries the ANSI insert code CNGG431 and ISO code CNGG120404, with a diamond (rhombic) 80-degree insert shape that delivers sharp, defined cutting...

Product DescriptionThe KENNAMETAL 5661212 is an indexable high-feed end mill designed for aggressive material removal at shallow depths of cut. It accepts 4 XPLT0603 inserts and operates within the Series 7792 toolholder family, using the C7792VXP06CA1.0Z4R6.1 holder style. With a 1-inch cutting diameter and...

Product DescriptionThe KENNAMETAL 5665708 is an indexable high-feed face mill designed for high-material-removal-rate milling operations on machining centers and CNC mills. With a 3.0-inch cutting diameter and capacity for 5 indexable inserts, this tool body accepts replaceable cutting inserts to maintain consistent edge geometry...

Product DescriptionThe KENNAMETAL 5665795 is an indexable copy face mill designed for precision contouring and face milling operations on machining centers. Built around the 7792 series platform, this cutter accepts six XD 09 inserts and provides a maximum depth of cut of 0.059 inches....

Product DescriptionThe KENNAMETAL 5665817 is a solid carbide milling insert in the APHT series, grade SP6519, designed for high-performance milling operations in metalworking applications. The insert features a TiAlN coating applied via a PVD process, which provides excellent wear resistance and thermal stability during...

Product Description The KENNAMETAL 5665818 is a solid carbide milling insert carrying ANSI and ISO designation ODMT040408EN412 in grade SP6519. It features a TiAlN coating applied via PVD process, an octagon insert shape with 8 cutting edges, and a positive rake geometry with a...

Product DescriptionThe KENNAMETAL 5665949 is a solid carbide milling insert in a parallelogram shape, designed for high-performance material removal in milling operations. Manufactured to the GH1 grade using a micrograin carbide substrate, this insert features a bright, uncoated finish and a positive rake geometry...