Carmex Thread Turning Holder Off Set - External - Right Hand - 170mm OAL - 22ER Insert - 32x32 Shank Size

Carmex Off-Set Thread Turning Holder (External, Right Hand) delivers reliable external threading with a thoughtfully offset design, built for machinists who demand consistency in challenging features. With a 170 mm overall length, a 32 × 32 mm square shank, and compatibility with standard 22ER inserts, it’s ready for precise, repeatable thread cutting across automotive, aerospace, and general manufacturing applications.

• Off-set geometry: Enables versatile threading operations by improving clearance and access around shoulders or obstructed features.
• External thread turning capability: Specifically designed to cut external threads with clean, accurate profiles.
• Right-hand orientation: Suits conventional machining setups for predictable tool paths and workflow.
• 170 mm overall length (OAL): Long reach for deep bores while maintaining rigidity and control.
• 32 × 32 mm square shank: Stable mounting reduces deflection and enhances cut precision.
• 22ER insert compatibility: Accepts standard threading inserts to cover a wide range of thread pitches and profiles.
• Secure clamping: Robust locking minimizes insert movement for repeatable, accurate depths.
• Chip control optimization: Off-set design aids chip flow, reducing burrs and tool wear during long runs.
• Durable construction: Built from tough materials to withstand demanding metal-cutting environments.
• Versatile thread profile compatibility: Flexible enough to handle multiple thread standards without swapping holders.

This holder empowers you to achieve consistent thread quality with fewer passes, thanks to its rigid build and thoughtful geometry. The off-set design unlocks access to tight features that can challenge standard tooling, delivering clean transitions and reliable pitch. With substantial reach, a sturdy square shank, and compatibility with common threading inserts, it helps streamline setups, extend tool life, and deliver high-precision results in both automotive and aerospace components.