RH56DFX Dexterous Robotic Hand with 6 DOF and 12 Joints

• ✔ Unrivaled agility with 6 degrees of freedom and 12 joints.
• ✔ Integrated force sensor for precise grip control.
• ✔ Submillimeter repeatability for the most demanding applications.
• ✔ Robust load capacity for a wide range of handling tasks.
• ✔ Realistic design and size, similar to a human hand.
• ✔ Full compatibility with ROS and dedicated plug-ins.

Introducing the RH56DFX, a cutting-edge dexterous robotic hand that pushes the boundaries of precision manipulation and interaction. This innovative system was designed for scientific research, industrial automation, prosthetics, and human-robot interaction, where finesse, flexibility, and reliability are key.

🤖 What can this robotic hand do?

• High precision and flexibility: The RH56DFX features 6 degrees of freedom and 12 joints, giving it unrivaled dexterity and range of motion. Replicating the complex movements of the human hand, it is ideal for complex robotic operations.
• Integrated force sensor: For real-time feedback and precise control of grip strength. This allows for gentle and sensitive handling of objects.
• Submillimeter Repeatability: Ensures precise and consistent control, which is essential for detailed and repeatable tasks.
• Realistic design: Appearance and size simulating the human hand for more natural interaction and use in prosthetics.
• Robust load capacity: The design allows for the handling of objects weighing several kilograms, combining strength with finesse.
• ROS integration: Full compatibility with Robot Operating System (ROS) including available plug-ins for easy integration, development and deployment.

🔬 Explore every detail

The RH56DFX is the result of advanced engineering that combines cutting-edge mechanics with intelligent sensors. Its 6-degree-of-freedom design with 12 independent joints mimics the complexity of the human hand, allowing it to perform tasks with unprecedented dexterity. From delicately gripping laboratory glassware to robustly handling components, this robotic hand excels in every situation.

With an integrated force sensor, you get instant pressure feedback, which is essential for handling fragile or sensitive objects. The realistic appearance and submillimeter repeatability complete the overall impression of a device that is not just a tool, but a partner in your projects.

🤔 Are you bothered by the limited dexterity of existing robotic tentacles?

Many standard robotic grippers lack the fine motor skills and adaptability needed for complex tasks in laboratories, assembly, and human interaction. Lack of degrees of freedom, low sensitivity, and limited compatibility with modern robotic platforms can hinder innovation and efficiency in your projects.

🚀 Get unparalleled control and flexibility with the RH56DFX!

The RH56DFX is a revolutionary solution for anyone looking for the ultimate in dexterity and precision in robotics. With this hand, you can open the door to new applications – from surgical assistance, to advanced prosthetic replacements, to the development of interactive humanoid robots. Its advanced features will allow you to realize even the most ambitious visions.

📈 More than just features, real benefits

• 6 degrees of freedom and 12 joints: Not only high flexibility, but also unmatched dexterity for complex tasks and natural interaction.
• Integrated force sensor: Not only real-time feedback, but also precise and sensitive gripping without the risk of damaging objects.
• Submillimeter repeatability: Not only guarantees precise movements, but also reliable performance for the most demanding and repetitive operations.
• Robust load capacity: Not only the ability to carry several kilograms, but also stable and reliable performance even when handling heavier objects.
• ROS support: Not only compatibility with the operating system, but also easy integration and accelerated development with an open platform.

🎯 For whom is the RH56DFX the ideal choice?

• Research and Development Teams: For university laboratories and corporate R&D departments looking for advanced robotic platforms for experiments in artificial intelligence and robotic manipulation.
• Prosthetics and Biomedicine: For developers and specialists in prosthetics and assistive technologies who need realistic and functional robotic components.
• Industrial Automation: For applications requiring delicate handling, precision assembly or quality control in sensitive manufacturing processes.
• Education: For technical schools and universities that want to provide students with hands-on experience with cutting-edge robotics technologies.

❓ Do you have concerns? We will answer them

• Concern: Will integration into my existing system be difficult? -> Answer: Thanks to full compatibility with ROS and dedicated plug-ins, integration into your robotics projects is as simple as possible. We are ready to provide technical support.
• Concern: Is the hand sensitive enough to handle fragile objects? -> Answer: Yes, the integrated force sensor provides real-time feedback, allowing extremely gentle and precise handling of delicate objects without the risk of damage.
• Concern: How about durability and longevity? -> Answer: The arm is designed for robust load capacity of several kilograms and repeatable tasks with high precision, ensuring long life and reliable performance even in demanding conditions.

⚙️ Technical specifications

Parameter	Value
Degrees of freedom (DOF)	6
Joints	12
Sensors	6 advanced sensors (including force sensor)
Repeatability	Submillimeter
Load capacity	A few kilograms
Speed	Moderate
Compatibility	Full ROS support (including plug-ins)
Design	Realistic, similar in size and appearance to a human hand
Package contents
Robotic hand	1 pc
Power adapter	1 pc
Communication cable	1 pc

❓ Frequently Asked Questions (FAQ)

What are the 6 degrees of freedom and 12 joints for?

This configuration allows the robotic hand to perform very complex and natural movements that accurately simulate the flexibility and dexterity of the human hand. This is key for fine manipulation and adaptation to different object shapes.

What is the benefit of an integrated force sensor?

The force sensor provides real-time feedback on the force the hand is applying to an object. This is essential for handling fragile objects, where damage from over-pressing must be prevented while ensuring a firm grip.

Is this robotic hand suitable for prosthetic applications?

Yes, thanks to its realistic design, submillimeter repeatability, and advanced flexibility, the RH56DFX is ideal for development and research in the field of prosthetics, where the natural function of a human limb is simulated.

What does full ROS support mean?

Full support for ROS (Robot Operating System) ensures that the hand can be easily integrated into existing robotic systems and projects. With available plug-ins, development and programming are much faster and more efficient.

What load can the arm handle?

The RH56DFX robotic arm is designed to safely manipulate objects weighing several kilograms, giving it wide use in various industrial and research applications.

Is it possible to program the hand for specific tasks?

Absolutely. Thanks to ROS integration and an open platform, it is possible to program the hand for a wide range of specific tasks, customize its behavior, and develop custom applications that take full advantage of its advanced capabilities.