WALTER

Product Description The WALTER 6153445 is a solid carbide grooving insert carrying grade designation WSM33S and ANSI code GX243E400N20RD4 WSM33S. It belongs to the Tiger-tec series and is engineered for high-performance grooving operations in demanding materials. The insert delivers a 4 mm cutting width...

Product DescriptionThe WALTER 6154405 is a solid carbide indexable drill insert designed for high-performance drilling in steel and stainless steel applications. Part of the Tiger Tec series, it carries the WXP40 manufacturer grade and features a Physical Vapor Deposition (PVD) TiCN coating for extended...

Product Description The WALTER 6154409 is a solid carbide indexable drill insert carrying the manufacturer grade designation WXP40, part of the Tiger Tec series. The insert features a square shape with an ISO code of P4840C-4R-E67 WXP40 and is engineered for indexable drilling applications...

Product DescriptionThe WALTER 6154461 is a solid carbide indexable drill insert designed for high-performance drilling applications in stainless steel and steel. Manufactured to the WXP40 grade and part of the Tiger Tec series, this insert features a PVD coating that supports cutting demands in...

Product DescriptionThe WALTER 6154465 is a solid carbide indexable drill insert designed for high-performance drilling applications in stainless steel and steel. Manufactured in the WXP40 grade with a PVD coating process, this insert belongs to the Tiger Tec series and delivers consistent cutting performance...

Product DescriptionThe WALTER 6154466 is a solid carbide indexable drill insert designed for high-performance drilling operations in stainless steel and steel applications. Manufactured to the P48448E67 insert style and WXP40 grade designation, this square-shaped insert features four cutting edges, a 17.5 mm (0.689 inches)...

Product Description The WALTER 6154481 is a solid carbide indexable drill insert in a square shape, designed for use in indexable drilling systems on CNC machining centers and drill presses. Manufactured to the P48448A57 insert style with a WXP40 grade coating applied via PVD...

Product DescriptionThe WALTER 6154484 is a solid carbide indexable drill insert engineered for high-performance drilling in steel and stainless steel applications. It carries the WXP40 manufacturer grade and is part of the Tiger Tec series, featuring a PVD-applied coating for extended tool life under...

Product DescriptionThe WALTER 6154485 is a solid carbide indexable drill insert designed for high-performance drilling in stainless steel and steel applications. Manufactured to the P48448A57 WXP40 designation, it features the Tiger Tec series PVD coating and a square shape with four cutting edges, delivering...

Product DescriptionThe WALTER 6154489 is a square indexable drill insert designed for use in indexable insert drills in metal-cutting operations. Built from solid carbide with a PVD-applied Tiger Tec coating in grade WXP40, this insert delivers wear resistance and thermal stability when drilling stainless...

Product DescriptionThe WALTER 6154554 is a solid carbide indexable drill insert carrying ISO code P4841C-2R-E57 WXP40, designed for use in indexable insert drills operating on steel and stainless steel workpieces. The insert features a square shape with four cutting edges, a 5.94 mm inscribed...

Product Description The WALTER 6154556 is a solid carbide indexable drill insert designed for use in indexable drill bodies across demanding metal-cutting applications. Manufactured under the Tiger Tec series, this insert carries the WXP40 grade with a PVD coating process, delivering wear resistance suited...

Product Description The WALTER 6154559 is a solid carbide indexable drill insert designed for high-performance drilling in steel and stainless steel applications. Manufactured to the P48448E57 insert style and graded WXP40, this insert uses a PVD coating process and belongs to the Tiger Tec...

Product Description The WALTER 6154590 is a solid carbide indexable drill insert in the Tiger Tec series, designed for high-performance drilling applications in steel and stainless steel. Carrying the WXP40 manufacturer grade and applied with a PVD coating process, this insert delivers consistent cutting...

Product DescriptionThe WALTER 6154591 is a solid carbide indexable drill insert designed for use in indexable insert drills operating on stainless steel and steel workpieces. Carrying the WXP40 Tiger Tec grade with a PVD coating process, this insert delivers wear resistance and edge stability...

Product Description The WALTER 6154594 is a solid carbide indexable drill insert designed for high-performance drilling in steel and stainless steel applications. Manufactured in the WXP40 grade with a PVD coating process, this insert delivers reliable wear resistance in demanding cutting conditions. The square...

Product DescriptionThe WALTER 6154597 is a solid carbide indexable drill insert engineered for high-performance drilling in stainless steel and steel applications. Manufactured in the WXP40 Tiger Tec grade with a PVD coating process, this square-shaped insert delivers consistent cutting performance across demanding workpiece materials....

Product DescriptionThe WALTER 6158893 is a solid carbide indexable milling insert in the ADMT series, designed for high-performance milling in demanding materials. It carries the WSM35S manufacturer grade and features a multi-layer PVD coating of TiAlN, Al2O3, and Al for extended tool life in...

Product Description The WALTER 6159215 is a solid carbide milling insert in the ADMT series, designed for high-performance milling of stainless steel, superalloys, and titanium. It carries the WSM35S manufacturer grade and features a TiAlN plus Al2O3 plus Al multilayer PVD coating for heat...

Product Description The WALTER 6159622 is a solid carbide turning insert in the CNMG322-MK5 WKK20S configuration, part of the Tiger-tec Silver series. It carries a CVD-applied multilayer coating of TiCN, Al2O3, and TiCN for thermal resistance and wear performance during high-productivity cutting operations. The...