Durable and precise Solid HSS End Mills designed for efficient metal cutting and smooth surface finishes in a variety of machining applications.

Product Details • Product Name: PCD Standard Insert – TC Type • Geometry / Shape: Triangular (60° included angle) • Clearance (Relief) Angle: 7° • Cutting Edge: Polycrystalline Diamond (PCD) tipped • ISO Style: TC (fits standard TC-type tool holders) • Common Sizes: TC..1102, TC..1603, TC..2204 (custom sizes available) • Edge Prep Options: Sharp or lightly honed, based on application • Typical Grades: PCD 1300/1500 series or equivalent Description The PCD Standard Insert TC Type is a triangular 60° insert engineered for high-speed turning, facing, and fine finishing of non-ferrous and abrasive materials. Its 7° clearance angle strikes an ideal balance between edge strength and chip evacuation, while the PCD-tipped cutting edge offers exceptional wear resistance and heat conductivity. TC inserts are popular in automotive, aerospace, electronics, and composite machining, where extended tool life and superior surface finishes are critical.

Product Details • Product Name: PCD Standard Insert – CN Type • Geometry / Shape: Rhombic (80° included angle, ISO CN style) • Clearance (Relief) Angle: 0° (negative rake insert) • Cutting Edge: Polycrystalline Diamond (PCD) tipped • Common Sizes: CN..1204, CN..1606, CN..1907 (custom sizes available) • Edge Prep: Sharp or honed depending on application • Holder Compatibility: Fits all standard ISO CN tool holders • Typical PCD Grades: 1300/1500 series or equivalent Description The PCD Standard Insert CN Type is a negative-rake 80° rhombic insert designed for heavy-duty roughing, interrupted cuts, and finishing of non-ferrous and abrasive materials. Its 0° clearance angle provides maximum edge strength, making it ideal for rigid setups and high metal-removal rates. The PCD cutting edge delivers exceptional hardness and thermal conductivity, ensuring superior surface finish and long service life in demanding applications such as automotive, aerospace, and composite machining.