Key feature
1. Independent Joint Control
20 joints can be independently controlled, enabling complex hand movements and precise manipulation.
2. High Human-Likeness
Designed with a size similar to an adult male hand, optimized for human work environments.
Facilitates tool and device operation, supporting human-like task patterns.
3. Various Grip Modes
Supports multiple grip modes such as:
Pinch Grip (holding with fingertips)
Power Grip (firm grasp with the entire hand)
Precision Grip (using part of the fingers)
Optimized handling based on the size, shape, and weight of objects.
4. Advanced Sensor System
High-precision fingertip sensors detect contact and provide force feedback.
Tactile sensors prevent slipping, adjust pressure, and adapt to environmental changes.
5. Material and Durability
Built with high-strength lightweight materials, ensuring durability during repetitive and high-speed movements.
Reliable performance across various environments.
6. Programming and Control
Provides a user-friendly software interface.
Supports ROS2, allowing seamless integration with diverse robotic systems.
7. Applications
Research & Development: Ideal for human behavior imitation studies in AI and robotics research institutions.
Industrial Fields: Suitable for manufacturing, precision assembly, and logistics robotics across various industries.
Medical & Rehabilitation: Can be integrated with prosthetic technologies for use in medical and rehabilitation devices.
Specification
Power supply
24[V] DC
Current Consumption
Max. 10[A]
Communication
Modbus (RTU, TCP)
Control Frequency
500 Hz
Encoder
Absolute Encoder
Degrees of Freedom
20 DoF (4 DoF per finger)
Gripping Capacity
Maximum 12 kg (optimal 6 kg, envelop grip)
2.5 kg (pinching grip)
Weight
1,450[g]
Application
Humanoid Robot Research
Your Attractive HeadingIdeal for studying and developing humanoid robots with advanced manipulation capabilities.
In-Hand Manipulation Tasks
Suitable for processes requiring fine manipulation, such as object assembly and connector fastening.
Tool-Utilization and Dual-Arm Tasks
Perfect for tasks involving tool usage and coordinated operations with dual arms.