Carmex Thread Mills Carbide - Single Point - 60 Degree Partial - x 0.5-1.0 (48-24) - MT11

Meet the Carmex Thread Mills Carbide — a single-point, 60° partial-profile tool engineered for precision threading in deep features. It’s designed for machinists who need reliable internal and external threads in hard-to-reach pockets and blind holes.

• 60° Partial-Profile Design: optimized to reach deep features and long blind holes while maintaining accurate thread form.
• Carbide Construction: hard-wearing substrate built to resist wear and maintain dimensional accuracy through demanding cuts.
• Three-Flute Geometry: efficient chip evacuation and stable cutting for clean, consistent thread finishes on both sides.
• MT11 Shank: robust, industry-standard shank interface for quick tool changes and wide compatibility with tool holders.
• Coating: ultra-fine sub-micron grade with triple blue PVD coating to reduce friction and extend tool life.
• Broad Thread Range Compatibility: supports a wide range of pitches and profiles, enabling both metric and inch threading without swapping tools.
• Internal & External Threading: versatile threading capability in a single tool for streamlined setups and fewer tool changes.
• Smallest to Large Thread Sizes: capable of threading as small as ISO M1.6 x 0.25 and as large as 0-80 UNF, covering common micro to coarse thread requirements.

This thread mill is ideal for precision engineers working in production environments where deep-threading accuracy matters—think automotive blocks, aerospace components, mold cores, and complex assemblies with tight access. The combination of carbide stiffness, 60° partial profile, and the MT11 shank delivers reliable performance across diverse materials and thread pitches, helping you achieve consistent threads with fewer passes and minimal tool changes. Use cases include threading deep bores, blind pockets, and features where conventional taps aren’t feasible, all while benefiting from smoother finishes and longer tool life thanks to the coating and flute design.