Industrial Robot End Effector/Dexterous Robot Hand

The electric end effector is a key component at the end of an industrial robot, used to perform precise operations such as gripping, grasping, adsorption, handling, and assembly. It achieves high-speed response and high-precision control through electric drive, replacing traditional pneumatic or hydraulic methods, and is widely used in 3C manufacturing, automobile assembly, new energy battery production and other fields. Compared with traditional actuators, its core technologies include servo drive, intelligent sensing and modular design to support flexible production needs. Electric end effectors can be divided into electric grippers, electric suction cups, robot dexterous hands and micro electric cylinders according to their shapes and application scenarios.

Dexterous Robot Hand

HONPINE supports all three major transmission solutions—tendon-driven, direct-drive, and linkage-driven systems—allowing its dexterous hands to adapt to different application scenarios. Since key components such as motors, reducers, and sensors are all developed in-house, and with the support of China’s strong supply chain ecosystem, HONPINE has achieved mass production and cost advantages for its dexterous hands. This has played a key role in advancing humanoid robots, industrial automation, and embodied intelligence.

Electric Gripper

HONPINE robotic end effectors were developed by a Chinese national key laboratory with more than 30 years of technological expertise in dexterous grasping technology. By replacing pneumatic systems with electric servo solutions, HONPINE has developed more than ten product models that address the mainstream needs of industries such as 3C electronics manufacturing, medical devices, semiconductor equipment, warehouse logistics equipment, and hazardous-environment operations.