Biohand RH56BFX: Precision robotic hand with 6 DOF for advanced interaction

• ✔ Six degrees of freedom and twelve joints for unparalleled flexibility.
• ✔ Sub-millimeter repeatability ensuring maximum precision in every movement.
• ✔ Integrated force sensor for sensitive feedback and smooth handling.
• ✔ Realistic design and joint structure inspired by the human hand.
• ✔ Full ROS support and Plug-in compatibility for easy integration.
• ✔ Ideal for scientific research, collaborative robotics and advanced prosthetic applications.

Biohand RH56BFX, nicknamed “The Pianist,” is the cutting edge in robotic hands, designed for high-speed, ultra-precise movements. With six degrees of freedom and twelve joints, it provides exceptional dexterity and smooth movement, making it the perfect choice for the most demanding tasks.

⚙️ What can this robotic hand do?

• **Fast and agile performance:** Optimized for speed and precision, it ensures smooth, natural movements for dynamic interactions.
• **Integrated force sensor:** Provides real-time pressure feedback, allowing for extremely fine manipulation of objects.
• **Sub-millimeter repeatability:** Ensures ultra-precise, consistent performance for complex robotic tasks, fine manipulations, and human dexterity.
• **Humanoid design:** Realistic joint size and structure for intuitive interaction, supporting the development of advanced humanoid robots.
• **ROS Support and Plug-in Compatibility:** Seamless integration with existing robotic systems for a wide range of advanced applications.
• **RS485 communication protocol:** Ensures reliable and efficient communication with control units.

🔍 Explore every detail

The Biohand RH56BFX is a masterpiece of precision engineering. It is designed to mimic the complexity and delicacy of the human hand, allowing it to perform tasks with an unprecedented level of detail. From delicate grasping of fragile objects to dynamic gestural interactions, this robotic hand redefines the possibilities of automation and human-machine interaction. Its robust design is complemented by advanced algorithms that allow for easy programmability and adaptation to various tasks. Thanks to ROS support and plug-in compatibility, it becomes an invaluable tool for university research, industrial collaboration and the development of future prosthetic solutions where fine motor skills and reliability are key.

😔 Are you bothered by the limitations of existing robotic systems?

Standard robotic grippers often lack the finesse and dexterity needed for complex tasks, such as delicate manipulation of fragile objects, precise gesture control, or interaction in sensitive environments. Limited degrees of freedom and insufficient feedback from sensors lead to frustration and inefficiency, especially in areas requiring real human dexterity.

🚀 Gain unparalleled agility and precision!

The Biohand RH56BFX comes as a revolutionary solution for researchers, engineers and developers looking for an advanced robotic hand capable of overcoming these challenges. With a combination of six degrees of freedom, twelve joints, sub-millimeter repeatability and an integrated force sensor, it provides a tool that opens the door to new possibilities in robotics and interaction.

🌟 More than just features, real benefits

• Features: 6 degrees of freedom and 12 joints -> Benefit: Enables complex and natural movements that mimic the human hand, for unparalleled flexibility in tasks.
• Feature: Sub-millimeter repeatability -> Benefit: Ensures extreme accuracy and consistency for the most demanding handling tasks and laboratory experiments.
• Function: Integrated force sensor -> Benefit: Provides sensitive feedback, enabling gentle manipulation of fragile objects without damage.
• Features: ROS support and Plug-in compatibility -> Benefit: Ensures easy integration into existing robotic ecosystems and accelerates the development of new applications.

🎯 For whom is the Biohand RH56BFX the ideal choice?

• **Universities and research institutions:** For the development of advanced studies in robotics, human-robot interaction and artificial intelligence.
• **Humanoid robot developers:** To integrate a realistic and functional hand for advanced prototypes and applications.
• **Prosthetics Engineers:** For the development and testing of advanced prosthetic solutions that approximate the natural function of the human hand.

❓ Do you have any concerns? We'll answer them.

• Concern: Will installation and integration into my existing system be complicated? -> Answer: With ROS support and plug-in compatibility, integration is designed to be as smooth and fast as possible.
• Concern: What about long-term reliability and maintenance? -> Answer: The arm is designed for high durability and reliability in demanding research and work environments, with minimal maintenance requirements.

📊 Technical specifications

Degrees of freedom (DOF)	6
Number of joints	12
Repeatability	Sub-millimeter
Sensors	Integrated force sensor
Communication protocol	RS485
Software support	ROS
Primary use	Manipulation, gestural interaction, research, prosthetics

❓ Frequently Asked Questions (FAQ)

For which applications is the Biohand RH56BFX best suited?

It is ideal for robotics research, humanoid robot development, collaborative robotics, advanced prosthetics, and for tasks requiring fine manipulation, gestural interactions, and high precision, such as playing musical instruments.

What does sub-millimeter repeatability mean?

Sub-millimeter repeatability means that a robotic arm is able to repeat the same movement with a deviation of less than one millimeter, which is crucial for high-precision tasks and fine manipulation.

Is it possible to integrate a robotic arm into your own robotic system?

Yes, the Biohand RH56BFX supports ROS (Robot Operating System) and offers plug-in compatibility, making it easy to integrate into various robotic architectures and systems.

What type of sensors does the hand use for feedback?

The hand is equipped with an integrated force sensor that provides real-time feedback on grip strength, allowing for very sensitive and controlled manipulation.

What communication protocol does the hand use?

It uses the standard and reliable RS485 protocol to communicate with control systems.

Is the hand design realistic?

Yes, the Biohand RH56BFX is designed with realistic size and joint structure, making it visually and functionally similar to a human hand, ideal for interaction and humanoid applications.