Actuation mechanism for exchange gripper/collet systems enabling precise tool or workpiece positioning in automated manufacturing.
An actuation mechanism in exchange gripper/collet systems is a mechanical assembly that converts input motion (typically linear or rotational) into controlled gripping, releasing, or positioning actions. Common designs include wedge mechanisms for linear force amplification, taper systems for self-centering and locking, and linkage arrangements for complex motion paths. These mechanisms ensure repeatable, precise engagement with tools or workpieces in automated machine tools, robotic cells, and CNC systems, facilitating rapid tool changes, part handling, or fixture adjustments with minimal downtime.
诱因 → 失效模式 → 工程缓解
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Wedge mechanisms provide high mechanical advantage in compact spaces, allowing significant clamping force from minimal input motion, ideal for high-speed tool changes.
Taper designs use conical angles (typically 8-15 degrees) that create friction locking under axial load, preventing unintended release without external force reversal.
Linkage systems are suitable for applications requiring complex motion paths, adjustable grip geometries, or where space constraints prevent linear wedge/taper arrangements.
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