APKT Alpha Mill inserts have a long tool life at high speed, high feed and deeper cutting due to a low cutting resistance and strong cutting edge making them ideal for 90-degree helical milling. The APKT’s low cutting resistance is achieved by the unique Sangeo insert design, which utilises the Alpha Curve cutting edge and a convex/concave design.

The APKT1604PDER-ALU / APKT160420-ALU / APKT160424-ALU US2915 Indexable Carbide Milling Insert (Sangeo) Indexable Carbide Milling Inserts for aluminium available in a US2915 uncoated grade. Sangeo’s range of milling inserts is made from a fine micro-grain carbide substrate for excellent toughness and performance.

APMT Alpha Mill inserts have a long tool life at high speed, high feed and deeper cutting due to a low cutting resistance and strong cutting edge making them ideal for 90-degree helical milling. The APMT’s low cutting resistance is achieved by the unique Sangeo insert design, which utilises the Alpha Curve cutting edge and a convex/concave design.

APKT Alpha Mill inserts have a long tool life at high speed, high feed and deeper cutting due to a low cutting resistance and strong cutting edge making them ideal for 90-degree helical milling. The APKT’s low cutting resistance is achieved by the unique Sangeo insert design, which utilises the Alpha Curve cutting edge and a convex/concave design.

APMT Alpha Mill inserts have a long tool life at high speed, high feed and deeper cutting due to a low cutting resistance and strong cutting edge making them ideal for 90-degree helical milling. The APMT’s low cutting resistance is achieved by the unique Sangeo insert design, which utilises the Alpha Curve cutting edge and a convex/concave design.

3PGX150508R-M PS5925 Indexable Carbide Milling Inserts. PS5925, feature tough PVD coated MT-TiCN+TiC+Al2O3+TiN layer on a P15-P35 / M10-M20 substrate for very high toughness. Sangeo’s range of milling inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.

3PGX100404R-M / 3PGX100408R-M PS5925 Indexable Carbide Milling Inserts. PS5925, feature tough PVD coated MT-TiCN+TiC+Al2O3+TiN layer on a P15-P35 / M10-M20 substrate for very high toughness. Sangeo’s range of milling inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.

The APMT1003PDER-ALU US2915 Indexable Carbide Milling Inserts for Aluminium are available in a US2915 uncoated grade. Sangeo’s range of milling inserts is made from a fine micro-grain carbide substrate for excellent toughness and performance.

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APMT Alpha Mill inserts have a long tool life at high speed, high feed and deeper cutting due to a low cutting resistance and strong cutting edge making them ideal for 90-degree helical milling. The APMT’s low cutting resistance is achieved by the unique Sangeo insert design, which utilises the Alpha Curve cutting edge and a convex/concave design.

APMT Alpha Mill inserts have a long tool life at high speed, high feed and deeper cutting due to a low cutting resistance and strong cutting edge making them ideal for 90-degree helical milling. The APMT’s low cutting resistance is achieved by the unique Sangeo insert design, which utilises the Alpha Curve cutting edge and a convex/concave design.

APMT Alpha Mill inserts have a long tool life at high speed, high feed and deeper cutting due to a low cutting resistance and strong cutting edge making them ideal for 90-degree helical milling. The APMT’s low cutting resistance is achieved by the unique Sangeo insert design, which utilises the Alpha Curve cutting edge and a convex/concave design.

APKT1135PDER-ALU US2915 Indexable Carbide Milling Inserts for aluminium are available in a US2915 uncoated grade. Sangeo’s range of milling inserts is made from a fine micro-grain carbide substrate for excellent toughness and performance.

The APMT1035PDER-RM PS5915 Indexable Carbide Milling Inserts feature tough PVD-coated MT-TiCN+TiC+Al2O3+TiN layer on a P05-P25 substrate for very high toughness. The PS5915 milling grade is ideal for medium and roughing of steel. Sangeo’s range of milling inserts is made from a fine micro-grain carbide substrate for excellent toughness and performance.

3PGX150508R-M PS7925 Indexable Carbide Milling Inserts feature tough PVD coated MT-TiCN+TiC+α-Al2O3 layer on an M20-M30 substrate for very high toughness. The PS7925, medium to roughing of hard-to-cut materials and stainless steel. Sangeo’s range of milling inserts is made from a fine micro-grain carbide substrate for excellent toughness and performance.

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APMT1035PDSR-RM PS5925 Indexable Carbide Milling Inserts. PS5925, feature a tough PVD-coated MT-TiCN+TiC+Al2O3+TiN layer on a P15-P35 / M10-M20 substrate for very high toughness. Sangeo’s range of milling inserts is made from a fine micro-grain carbide substrate for excellent toughness and performance.

The APMT 1035 PDER-RM PS7925 / APMT1035PDSR-RM PS7920 Indexable Carbide Milling Inserts feature tough PVD-coated MT-TiCN+TiC+α-Al2O3 layer on an M20-M30 substrate for very high toughness. The PS7925/PS7920, medium to roughing of hard-to-cut materials and stainless steel. Sangeo’s range of milling inserts is made from a fine micro-grain carbide substrate for excellent toughness and performance.

APMT Alpha Mill inserts have a long tool life at high speed, high feed and deeper cutting due to a low cutting resistance and strong cutting edge making them ideal for 90-degree helical milling. The APMT’s low cutting resistance is achieved by the unique Sangeo insert design, which utilises the Alpha Curve cutting edge and a convex/concave design.

3PGX100404R-M PS7925 Indexable Carbide Milling Inserts feature tough PVD coated MT-TiCN+TiC+α-Al2O3 layer on an M20-M30 substrate for very high toughness. The PS7925, medium to roughing of hard-to-cut materials and Stainless Steel. Sangeo’s range of milling inserts is made from a fine micro-grain carbide substrate for excellent toughness and performance.