Agibot Multi-Functional Dexterous Hand OminiHand Pro Supplier from China

The AgiBot OmniHand Dexterous Hand 19 Axis is a high precision robotic end effector designed to provide human like hand movement and advanced object manipulation. With nineteen independent motion axes, it enables complex multi finger coordination and fine motor control for humanoid robots service robots and advanced robotic arms.

This dexterous hand is suitable for robotics research industrial automation and intelligent service applications that require flexible grasping accurate force control and adaptive manipulation.

• Nineteen axis independent motion
  Each finger joint is controlled independently to achieve natural and flexible hand movements.
• Multi finger coordinated grasping
  Supports stable grasping of objects with different shapes sizes and materials.
• Force and tactile feedback
  Integrated sensing allows the hand to detect contact force and adjust grip strength automatically.
• High precision motion control
  Enables smooth and accurate manipulation for delicate handling tasks.
• Wide platform compatibility
  Designed for integration with humanoid robots robotic arms and service robots.

• Humanoid robot manipulation
• Robotics research and development
• Industrial automation handling
• AI training and robotic learning systems
• Service robot object interaction
• Smart laboratory applications

Specifications may vary depending on configuration.

• Enables advanced robotic manipulation
• Supports fine motor skill development for AI and robotics
• Improves adaptability to complex objects
• Enhances performance of humanoid and service robots
• Increases research and development efficiency

AgiBot OmniHand 19 Axis combines advanced mechanical design with intelligent sensing and flexible control. It is built to support the next generation of humanoid robots and robotic research platforms where precise and natural manipulation is required.

• What does 19 axis mean in a dexterous hand
  It refers to nineteen independent joints or degrees of freedom that allow each finger segment to move independently for human like motion.
• What robots can this hand be used with
  It can be integrated with humanoid robots robotic arms and service robots using standard communication interfaces.
• Is it suitable for AI and robotics research
  Yes. It is commonly used in research laboratories for robotic learning and manipulation development.
• Can it handle delicate objects
  Yes. Force and tactile sensing allow controlled grip for fragile items.
• Is customization available
  Yes. The hand can be customized to match different robotic platforms and application requirements.
• Does it require complex installation
  No. It is designed for straightforward integration with compatible robotic systems.