walter

Product Description The WALTER 8115898 is a solid carbide turning insert designed for precision material removal in CNC turning, facing, and boring operations. Manufactured to the WNMG432-MP5 WPP20G specification, this insert features a multilayer CVD coating of TiCN, Al2O3, and TiN applied to a...

Product Description The WALTER 8115969 is a solid carbide turning insert in the VNMG-MP5 series, designed for precision metal removal on CNC and manual lathes. Carrying the WPP10G grade, it features a multilayer CVD coating of TiCN, Al2O3, and TiN that resists heat and...

Product Description The WALTER 8115970 is a VNMG331-MP5 WPP20G grade carbide turning insert designed for external and internal turning operations on steel and cast iron workpieces. It features a 35-degree diamond (rhombic) V-shape with a negative rake angle and a multilayer CVD coating consisting...

Product DescriptionThe WALTER 8115979 is a solid carbide turning insert designed for precision metal cutting in CNC lathe and turning center applications. Designated VNMG432-MP5 WPP20G, it features a multilayer CVD coating of TiCN, Al2O3, and TiN, providing wear resistance and thermal stability during continuous...

Product Description The WALTER 8116010 is a TNMG-style indexable turning insert in grade WPP20G, designed for general-purpose metal removal on CNC lathes and turning centers. The insert features a triangular shape with a 60-degree included angle, a 0.031-inch corner radius, and a negative rake...

Product DescriptionThe WALTER 8116020 is a TNMG431-MP5 WPP10G grade solid carbide turning insert designed for high-productivity CNC lathe operations. It features a CVD multilayer coating of TiCN, Al2O3, and TiN, which provides wear resistance and thermal stability during continuous and interrupted cuts. The insert...

Product DescriptionThe WALTER 8116021 is a triangular carbide turning insert in the TNMG series, designed for external and internal metal cutting operations on CNC and manual lathes. Manufactured to ANSI and ISO standards, it carries the industry designation TNMG431-MP5 WPP20G and features a multilayer...

Product Description The WALTER 8116034 is a TNMG-style indexable turning insert designed for productive metal removal on CNC and conventional lathes. It features a solid carbide substrate with a multilayer CVD coating - TiCN, Al2O3, and TiN applied in sequence - that provides wear...

Product Description The WALTER 8116069 is a solid carbide turning insert in the TNMG style, designed for precision metal removal on CNC lathes and turning centers. It carries the ISO designation TNMG330924-RP5 WPP20G and features a multilayer CVD coating of TiCN, Al2O3, and TiN...

Product Description The WALTER 8116142 is a solid carbide turning insert designed for high-productivity material removal in steel and cast iron applications. Carrying the ISO designation SNMG190616-RP5 and grade WPP20G, this insert features a multilayer CVD coating of TiCN, Al2O3, and TiN applied over...

Product Description The WALTER 8116145 is a solid carbide turning insert in the SNMG-RP5 series, carrying ISO designation SNMG250924-RP5 WPP20G. It features a multilayer CVD coating stack of TiCN, Al2O3, and TiN applied over a carbide substrate, targeting wear resistance and thermal stability in...

Product DescriptionThe WALTER 8132929 is a solid carbide, uncoated turning insert in the CCGT style, designed for precision metal removal on CNC lathes and manual turning equipment. Featuring an 80-degree diamond insert shape with a positive rake angle of 25 degrees and a sharp...

Product Description The WALTER 8132984 is an uncoated carbide turning insert designed for precision finishing operations on non-ferrous metals and superalloys, including titanium. Conforming to ANSI insert code DCGT32.51 and ISO code DCGT11T304, this insert features a 55-degree diamond (rhombic) shape with a positive...

Product Description The WALTER 8133015 is a solid carbide, uncoated turning insert in the VCGT-MN2 series, designed for precision single-point cutting operations on CNC and manual lathes. It carries the VCGT331-MN2 WN10 industry standard designation and the ISO code VCGT160404-MN2 WN10. The insert features...

Product Description The WALTER 8204253 is a CPGT-style carbide turning insert designed for precision external and internal turning operations on CNC lathes and turning centers. Carrying ISO designation CPGT09T304 and ANSI code CPGT3(2.5)1, this insert features a rhombic 80-degree shape with an 11-degree relief...

Product DescriptionThe WALTER 8209399 is a triangular carbide milling insert designed for high-performance metal cutting in demanding machining applications. Running the TNMU160508R-G27 WKP35G ISO designation, this insert features a TiAlN/TiN coating applied via CVD process, delivering strong wear resistance and thermal stability at the...

Product DescriptionThe WALTER 8284876 is a single-sided carbide milling insert in ADMT style with a diamond shape, designed for high-performance face and shoulder milling operations. It carries the WKK25G manufacturer grade and features a TiAlN/Al2O3/ZrN multilayer PVD coating for extended tool life in abrasive...

Product DescriptionThe WALTER 8284963 is a carbide milling insert in the ADMT style, designed for high-performance face and shoulder milling operations. Manufactured to the ISO code ADMT120432R-F56 WSM35G, this insert features a positive rake geometry with a 16-degree rake angle and a 15-degree relief...

Product Description The WALTER 8284965 is an indexable milling insert designed for use in milling cutter bodies that accept replaceable carbide or coated inserts. Indexable inserts allow machinists and tooling technicians to rotate or swap cutting edges without replacing the entire tool body, reducing...

Product DescriptionThe WALTER 8296292 is a CCMT-style indexable turning insert engineered for medium machining operations on cast iron workpieces. Manufactured from carbide with a TiCN+Al2O3+TiCN multilayer coating, it delivers high wear resistance under demanding cutting conditions. The insert features a wiper edge geometry that...