SNMU Inserts
Square, double-sided, eight-edge inserts designed for heavy-duty milling. Featuring a negative-angle geometry and a central locating hole, these inserts possess high structural strength and exceptional resistance to impact and chipping. They support large depths of cut and high feed rates, making them suitable for the rough milling, heavy cutting, and interrupted machining of steel, mold steel, and cast iron workpieces. The multi-edge design ensures high utilization efficiency and cost-effectiveness, making them ideal for use in heavy-duty face milling and square shoulder milling cutters.
SNMX Inserts
Square, high-precision indexable inserts designed for finish milling applications. These inserts feature tight dimensional tolerances and finely honed cutting edges. Available in cermet or coated carbide materials, they offer high thermal stability and excellent resistance to built-up edge formation. They are suitable for the high-speed finish milling and high-gloss surface finishing of steel, cast iron, and alloy components, delivering minimal cutting vibration and superior workpiece surface finish.
SOMT Inserts
Octagonal, high-efficiency inserts designed for high-feed milling applications. Featuring a large-radius cutting edge geometry, they generate low cutting resistance. These inserts offer a high metal removal rate and are suitable for the high-speed roughing of mold steel, steel cavities, and contoured surfaces. With their rigid structure and strong vibration resistance, they are designed for use in high-feed milling cutters, making them ideal for the efficient rough machining of mold bases and mold cavities.
SPMT Inserts
Triangular, positive-angle indexable inserts designed for milling applications. Featuring sharp cutting edges, they deliver a light and smooth cutting action. These inserts are suitable for machining non-ferrous metals—such as aluminum alloys, copper, and plastics—as well as non-metallic materials; they can also be utilized for the semi-finish milling of steel components. They facilitate smooth chip evacuation, resist material adhesion, and offer high versatility, making them commonly used in face milling, slot milling, and side milling operations.