Key Models: Agile vs. Pro
The series is divided into two primary versions to suit different operational needs:
| Feature | OmniHand 2025 (Agile) | OmniHand Pro 2025 |
| Primary Focus | Interactive Services & Research | Industrial Precision & Heavy Duty |
| Degrees of Freedom | 16 (10 Active + 6 Passive) | 19 (12 Active + 7 Passive) |
| Weight | ~550g | ~800g |
| Max Fingertip Force | 5N | 20N |
| Tactile Sensing | 400+ Sensing Taxels | 150+ Multi-modal Taxels (3-axis) |
| Dimensions | 180 x 85 x 38.5mm | 207 x 98 x 56mm |
Core Features
1. Human-Centric Dexterity
With up to 19 degrees of freedom, the OmniHand Pro can replicate complex human gestures, including delicate tasks like threading a needle or using professional tools. The “Agile” model even supports an exclusive back-of-hand touch interaction, allowing for more natural human-robot communication.
2. Exceptional Tactile Intelligence
Equipped with a high-density array of force sensors (up to 400+ taxels), the hand features 0.1N-level sensitivity. The Pro version includes 3-axis fingertip force sensing, enabling the robot to perceive normal and tangential forces—essential for “feeling” an object’s texture or slip.
3. Industrial-Grade Reliability
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Anti-Pinch Design: Integrated safety features prevent accidental injury during human collaboration.
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Extreme Durability: Tested for high-intensity tasks and capable of operating in temperatures ranging from -15°C to 50°C.
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Plug-and-Play Compatibility: Supports CANFD and RS485 interfaces, making it compatible with most mainstream robotic arms and Agibot’s own G2 and A2 series humanoids.
4. Seamless Software Integration
The OmniHand 2025 comes with a robust SDK (C++ and Python), allowing developers to implement reinforcement learning and imitation learning algorithms quickly. It is fully integrated with Agibot’s ActionGPT, which translates voice commands into natural hand movements.
Application Scenarios
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Commercial Services: Reception, gesture interaction (e.g., rock-paper-scissors), and document delivery.
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Industrial Manufacturing: Precise sorting, assembly of small components (like RAM sticks), and tool manipulation.
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Research & Education: A cost-effective platform for AI training, tactile feedback studies, and teleoperation.
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Logistics: Handling diverse parcels of varying materials and sizes with adaptive grip strength.












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