Precision tapered surfaces on collet bodies and gripper jaws for secure workpiece clamping in machining operations.
Tapered surfaces are precision-machined conical interfaces on collet bodies and gripper jaws that create self-centering, high-friction clamping forces when mated with corresponding tapers. These surfaces convert axial motion into radial clamping force through wedge action, ensuring concentric gripping of cylindrical workpieces with minimal runout. The taper angle (typically 5-15 degrees) determines the mechanical advantage and clamping force distribution.
诱因 → 失效模式 → 工程缓解
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Tapered surfaces provide self-centering clamping action that ensures concentric gripping of workpieces with minimal runout, critical for precision machining operations.
Smaller taper angles (5-8°) provide higher mechanical advantage and stronger clamping but require more precise manufacturing. Larger angles (10-15°) offer quicker release but lower clamping force.
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