Keshiting Chen

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About

Keshiting Chen is a researcher in robotics and mechanical engineering, with a focus on grasping mechanisms and manipulator design. Their most-cited work, "Dynamic Characteristics and Anti-slip Grasping of Two-Finger Translational Manipulator" (2021), addresses a critical challenge in industrial automation: the deformation and slippage of deformable objects, such as disc-shaped rubber gaskets, during robotic grasping. Chen designed a two-finger translational manipulator integrated with an ABB1410 robot, establishing a kinematic model to optimize geometric relationships and enhance grip stability. This contribution advances anti-slip grasping strategies, improving precision and reliability in automated handling tasks. With 3 citations, this foundational paper demonstrates Chen's ability to tackle practical problems in robotic manipulation, blending theoretical modeling with real-world application. Their work holds significance for industries relying on robotic assembly and material handling, offering insights into dynamic control and adaptive grasping. Chen's research continues to inform developments in manipulator kinematics and object interaction, making it a valuable reference for students and engineers exploring robotic end-effector design and slip prevention techniques.