- Linkage-structure finger actuation Mechanically coupled linkages provide robust, low-maintenance finger motion without the cable tensioning demands of tendon-driven designs, improving long-term repeatability.
- 10 active + 10 passive DoF Hybrid actuation delivers 20 total degrees of freedom, combining controlled actuation with passive adaptability so fingers conform to varied object geometry during grasping.
- EtherCAT or CAN bus connectivity Industrial fieldbus options support real-time control integration into advanced robotic systems alongside CAN-based debug and development workflows.
- ROS 1/ROS 2 SDK with GUI tooling Published ROS SDK includes GUI joint control, motion recording, and replay tooling, shortening integration and development time for research teams.
- Force sensing and tactile array options Optional multi-sensor configurations including force sensing and tactile arrays support contact-rich manipulation, slip detection, and data collection for imitation learning.
- ±0.20 mm positioning accuracy Aluminum-alloy frame and precise linkage kinematics deliver repeatable positioning at ±0.20 mm for assembly, insertion, and tool-interaction tasks.
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