Robots Capable of Delicate fragile object grasping
Browse every robot and robotic system verified for delicate fragile object grasping operations across industrial, commercial, and research deployments.
Naver Labs
Ambidex Robot
Ambidex is a breakthrough lightweight, cable-driven humanoid robot platform developed by Naver Labs in collaboration with Korea University of Technology and Education (KOREATECH). By consolidating heavy electric motors and gearboxes near the shoulder and base rather than at individual joints, Ambidex reduces arm mass to less than that of a biological human arm (wrist/gripper weigh under 350 grams combined), vastly lowering mechanical inertia. Equipped with flexible tendon-driven actuation, Ambidex is inherently compliant and safe for direct human interaction. As the world’s first 5G 'brainless' robot system, high-load AI processing and whole-body motion generation are offloaded to ultra-low-latency 5G cloud servers, allowing the robot to execute high-speed athletic tasks like table tennis and precision assembly.
Toyota
Toyota T-HR3
Toyota T-HR3 is a third-generation research humanoid robot developed by Toyota's Frontier Research Center to explore friendly and safe human-robot coexistence, remote medical care, and disaster response. Standing 154 cm tall and weighing 75 kg, T-HR3 is controlled by a synchronized Master Maneuvering System (MMS) chair that mirrors human operator motions in real time via VR headsets and data gloves. It features 32 degrees of freedom across its frame with 29 proprietary Torque Servo Modules developed by Toyota and Tamagawa Seiki, incorporating ultra-thin Cr-N alloy force-torque sensors. The platform provides force feedback so operators can feel contact forces, hold delicate balloons without bursting them, or perform tasks over low-latency 5G wireless networks.