Structural links connecting joints in industrial robot arms for precise motion transmission and payload support.
Arm links are rigid structural components in industrial robot arms that connect rotational joints, forming kinematic chains to position end-effectors with high accuracy. They transmit torque from actuators while supporting payloads and maintaining structural integrity under dynamic loads. Links determine the robot's reach, workspace geometry, and stiffness characteristics through their length, cross-section, and material properties.
诱因 → 失效模式 → 工程缓解
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Link length is optimized based on workspace requirements, payload capacity, stiffness needs, and dynamic performance. Longer links increase reach but reduce stiffness and natural frequencies, requiring careful balance with material selection and cross-sectional design.
Links influence accuracy through dimensional stability, thermal characteristics, and stiffness. Deflection under load, thermal expansion, and manufacturing tolerances directly impact positional repeatability and absolute accuracy of the end-effector.
Yes, links are often custom-designed for specific payloads, reach requirements, or environmental conditions. Modifications may include special coatings for corrosive environments, integrated cable routing, or optimized cross-sections for vibration damping.
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