Reducing sleeves

Reduction Bushes for tool clamping are a key component in high-precision holding systems used with hydraulic chucks and high-concentricity tool holders. Designed to ensure a perfect interface between the tool and the clamping system, these solutions enable controlled tool diameter reduction while maintaining extremely stable and repeatable working conditions.

The use of reduction Bushes eliminates transmission play and significantly improves machining quality by reducing form errors and geometric deviations. Concentricity accuracy, with run-out values ranging from ≤0.003 mm down to ≤0.002 mm in high-precision versions, ensures optimal performance even in demanding applications such as finishing, grinding, deburring, and machining of high-strength materials.

These components are widely used in industrial sectors including automotive, precision engineering, mold making, and CNC machining, where system stability is essential to achieve consistent results. When combined with hydraulic chucks, they allow uniform clamping force distribution, improving tool life and minimizing vibration during operation.

From a functional standpoint, reduction Bushes enable precise control of tool length and contribute to maintaining optimal cutting conditions. They are available in a wide range of sizes to match different tool diameters and machining requirements.

Variants include versions with central coolant-through capability, ideal for deep-hole and high-speed machining, as well as external coolant versions suited for standard applications. This flexibility enhances cooling efficiency and chip evacuation, further improving overall system performance.

Reduction Bushes are therefore an advanced technical solution for controlling precision, minimizing geometric errors, and optimizing performance in high-precision industrial machining processes.