The Linker Hand L6 is a high-precision bionic robotic hand featuring a unique "6 active + 5 passive" dexterous joint design that elevates accuracy, response speed, and operational capability to a new level. Its independently developed joint modules combined with linkage transmission technology provide high rigidity, while keeping the total weight at only 618.5g. Whether performing delicate tasks in precision assembly or flexibly grasping irregularly shaped objects, it handles them with ease—continuously pushing the limits of bionic robotic hand applications.
Introducing the Advanced 6-DOF Robotic Hand, a next-generation bionic manipulator engineered for robotics researchers, automation developers, and hardware innovators who need precise, fast, and human-like manipulation capabilities.
Built with a high-efficiency coreless motor system, planetary reduction gears, and lightweight mechanical linkages, this robotic hand achieves smooth natural motion while maintaining exceptional durability. Each finger features multi-segment bending and independent actuation, enabling a wide range of grips—from firm cylindrical holds to delicate precision pinches.
Despite weighing under 800g, the hand delivers 10N grip force per finger and supports a 5kg handling load. It completes full gesture actions in 1.1 seconds, making it one of the fastest bionic grippers in its class.
Designed for seamless integration, the hand supports both CAN FD and EtherCAT, ensuring reliable high-speed communication with industrial robots, collaborative arms, mobile robots, or custom academic platforms. With its 24VDC operating voltage and compact 220×88×52mm body, it mounts easily onto most robotic wrists and end effectors.
Whether you're developing robotic manipulation research, building autonomous service robots, prototyping automation solutions, or creating interactive demonstrations, this robotic hand delivers professional-grade dexterity, speed, and control.
Engineered with six independent DOF, this robotic hand delivers smooth, coordinated finger motion ideal for grasping, pinching, rotating, and fine manipulation tasks in research, automation, and educational robotics.
Powered by a high-efficiency coreless motor + planetary gearbox system, the hand completes complex gesture actions in just 1.1 seconds, enabling responsive and repeatable operation in dynamic environments.
• Individual finger grip force: 10N
• Thumb grip force: 10N
• Stable load capacity up to 5 kg
Perfect for holding everyday objects, tools, test components, and delicate items such as a pencil or test tube.
• Four-finger bending: 60° + 110° + 170°
• Thumb bending: 32° + 44° + 44°
• Thumb lateral spread: 70°
This expanded motion range supports natural grasp patterns—from cylindrical grips to precision pinches.
Aerospace-grade materials and a compact 220×88×52mm form factor ensure durability without sacrificing speed, making it ideal for robotic arms, mobile platforms, and research labs.
Seamlessly integrates into industrial robots, UR arms, ROS2 platforms, and custom control systems with low-latency communication and high reliability.
Compatible with mainstream robotics power rails, ensuring plug-and-play integration for prototyping, research, or industrial deployment.