ISO-Turn - Double sided 35° negative rhombic turning insert with 4 cutting edges - A pressed insert for facing and profile turning. For super finishing. Controls chip flow at very low feed and depth of cut. Excellent crater wear resistance. Grade IC908 (PVD TiAlN coating) - A tough submicron grain size substrate with a PVD coating, recommended for general use for diverse operations on materials such as steels, alloy steels, austenitic stainless steel and high temperature alloys at a wide range of cutting speeds. Features high wear resistance and chipping durability.
ISO-Turn - Double sided 35° negative rhombic turning insert with 4 cutting edges - A pressed insert for facing and profile turning. For super finishing. Controls chip flow at very low feed and depth of cut. Excellent crater wear resistance. Grade IC908 (PVD TiAlN coating) - A tough submicron grain size substrate with a PVD coating, recommended for general use for diverse operations on materials such as steels, alloy steels, austenitic stainless steel and high temperature alloys at a wide range of cutting speeds. Features high wear resistance and chipping durability.
Features & Benefits:
Iscar's Iso-Turn - This is a wide range of Iso turning inserts that come in a variety of shapes, sizes, nose radius, chip breakers and grades. - Iso means these inserts can fit directly into any manufactures ISO external turning and internal holders. - There's an insert configuration to machine any shape profile in all workpiece materials. Positive and negative inserts are available within this Iscar range.
ISO-Turn - Double sided 35° negative rhombic turning insert with 4 cutting edges - A pressed insert for facing and profile turning. For super finishing. Controls chip flow at very low feed and depth of cut. Excellent crater wear resistance. Grade IC908 (PVD TiAlN coating) - A tough submicron grain size substrate with a PVD coating, recommended for general use for diverse operations on materials such as steels, alloy steels, austenitic stainless steel and high temperature alloys at a wide range of cutting speeds. Features high wear resistance and chipping durability.