As an important branch of robotics, soft manipulators have demonstrated significant potential in recent years across industrial automation, medical rehabilitation, and service robotics [1]. Compared with traditional rigid manipulators, soft manipulators offer greater adaptability and safety, enabling more effective handling of grasping tasks in uncertain environments. Gripper-type soft manipulators emulate biological grasping mechanisms to achieve stable handling of irregular and fragile objects, thereby overcoming the limitations of conventional rigid grippers [2].

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Structure and Materials of Flexible Manipulators

  • Juntian Qu

摘要

As an important branch of robotics, soft manipulators have demonstrated significant potential in recent years across industrial automation, medical rehabilitation, and service robotics [1]. Compared with traditional rigid manipulators, soft manipulators offer greater adaptability and safety, enabling more effective handling of grasping tasks in uncertain environments. Gripper-type soft manipulators emulate biological grasping mechanisms to achieve stable handling of irregular and fragile objects, thereby overcoming the limitations of conventional rigid grippers [2].