Sanctuary AI Demonstrates In-Hand Manipulation with Hydraulic Robotic Hands
Sanctuary AI's 21-degree-of-freedom robotic hands achieved in-hand manipulation, enabling fine manipulation tasks. The hands utilize miniaturized hydraulic valves, offering higher power density than cable and electromechanical systems. This advancement opens up a wide range of industrial applications requiring dexterous capabilities.
Evidence notes
- Sanctuary AI's 21-degree-of-freedom robotic hands achieved in-hand manipulation, enabling fine manipulation tasks.
- The hands utilize miniaturized hydraulic valves, offering higher power density than cable and electromechanical systems.
- This advancement opens up a wide range of industrial applications requiring dexterous capabilities.
Company context
Vancouver physical-AI company deploying autonomous task policies on industrial robot arms and custom end effectors while developing dexterous hands and future humanoid embodiments.