The Carmex Thread Mills Carbide with Through Coolant delivers precise 60° thread milling in a compact, single-point form. Built for engineers and machinists who demand reliable internal and external threading across materials, this tool emphasizes chip control and long life in demanding environments.

• 60° partial-profile design: precise thread form with optimized engagement for clean, consistent cuts.
• Through-flute coolant: internal coolant channels run through the flutes to purge chips and keep temperatures down, enhancing performance and tool life.
• Internal & External threading: supports both internal and external threads with pitches down to 0.5 mm (internal) / 0.4 mm (external).
• Depth capability: capable of cutting threads up to 50 mm deep for deeper, more robust features.
• Multi-flute carbide with premium coating: 4–5 flutes on MT8 sub-micron grade carbide, finished with a triple PVD coating (ISO K10–K20) for exceptional wear resistance and heat tolerance.
• Coating & material performance: advanced coating system provides smooth cutting and extended tool life across a wide range of materials.
• Shank & size: MT11 shank designed for solid, secure toolholding in standard CNC setups; size range indicated by the product scope (x 0.8–1.75, 32–14).
• General-purpose applicability: optimized for versatile use across common machining materials, from tough steels to softer alloys.

These features translate into tangible benefits: reduced chip buildup and lower cutting temperatures mean steadier feeds, better surface finish, and fewer interruptions for tool changes. The through-coolant design supports deeper thread milling without sacrificing accuracy, while the robust carbide substrate and triple-coated surface deliver consistent performance over long runs. Ideal for precision fastener threads, hydraulic components, and other applications requiring reliable internal or external threads with tight tolerances.