Complete machine development, design, system integration
Scan the code to enquire about the product
Product Description
The CYBORG H02 dexterous hand entirely developed in-house by Cyborg is based on biomimetic principles combining multi-modal fusion sensing technology and rigid-flexible coupling structure drive technology. With a 5-finger 16-degree-of-freedom design it can easily handle medium-load handling tasks in factory and logistics scenarios with a high load capacity of 30kg per hand. The fingertip joints can also be operated independently to grasp irregularly shaped objects achieving the ability to "precisely pick up an egg while also easily lifting a bucket of water." The CYBORG-H02 dexterous hand is based on a three-dimensional integrated design concept of humanoid biomimetic structure intelligent sensing system and dexterous motion control opening up a new path for the engineering implementation of embodied intelligence technology. This product overcomes the dual technical bottlenecks of high-degree-of-freedom biomimetic tendon structure design and multi-modal sensor fusion drive bridging the critical link from laboratory prototype verification to large-scale industrial application. As one of the most valuable actuators for humanoid robots the CYBORG-H02 dexterous hand is available for separate sale compatible with various humanoid robot bodies and has a wide range of applications in industrial automation emergency rescue medical rehabilitation and education and training.
Product Specifications
500g Ultra-Lightweight Bionic Dexterous Hand Cyborg-H02 Cyborg-H02 embodies over a decade of specialized research in bionic robotics. Developed by a team with mentorship from leading European bionics experts it builds upon groundbreaking work in biomimetic joint design that set prior industry benchmarks. Moving beyond conventional mechanical architectures it incorporates biological principles inspired by insect locomotion and human joint energy recycling. Its novel tendon-drive mechanism uses a single cable to simulate multi-joint synergistic movement while a dynamic energy consumption model enables human-like energy reuse resulting in an ultra-low static current of only 60 mA. By unifying structural and control-level bionics Cyborg-H02 resolves the classic trade-off between reliability and flexibility delivering a highly adaptive biologically inspired solution for industrial applications.
English (UK)
