Core Robot™ Intelligent Bionic Hand with Somatosensory Control

• ✔ Advanced somatosensory control for intuitive interaction
• ✔ Independent movement of each finger for exceptional dexterity
• ✔ Dual thumb axes for maximum grip flexibility
• ✔ Intelligent adaptation to the shape and material of the gripped object
• ✔ High flexibility and 6 degrees of freedom of the drive for complex tasks
• ✔ Uses bio-inspired design for realistic movements
• ✔ Ideal solution for science projects and advanced robotics

Introducing the Core Robot™ Intelligent Bionic Hand – a groundbreaking innovation that combines bionics, mechanics and information technology. This sophisticated robotic arm revolutionizes interaction with robotic systems thanks to its autonomous somatosensory control. This allows the bionic hand to move with the ease and adaptability of a human hand, opening up new possibilities in research, development and applications.

✨ Discover the key features that fascinate

• **Somatosensory control:** The hand uses the extraction of the wearer's neuromuscular signals and can identify their movement intention, which is then converted into smooth movements of the bionic hand.
• **Independent Execution Units:** The innovative design features 6 independent execution units, allowing autonomous movement of each finger and dual axes for the thumb.
• **Adaptive grip:** The hand can adapt to the shape and material of the object being grasped, ensuring a stable and secure grip without damaging the object.
• **High flexibility:** Thanks to many movable joints and 6 degrees of freedom of propulsion, the hand achieves extraordinary dexterity and the ability to perform complex tasks.
• **Biomimetic design:** The hand is designed to simulate the movements and functions of the human hand, allowing for precise and delicate manipulations.

🔬 Explore every detail – Innovation within reach

The Core Robot™ Intelligent Bionic Hand is a masterpiece of modern engineering, combining bionics, mechanics, material science and information technology. Its innovative somatosensory technology enables intuitive control that mirrors the naturalness of human movements. With 6 independent execution units and a dual thumb, the hand offers unprecedented dexterity and precision, which are essential for manipulating delicate and complex objects.

This bionic hand is designed with high flexibility and adaptability in mind. It can analyze the shape and material of objects to optimize gripping force for a safe and stable grip. Its robust design and advanced motors ensure reliability and long life even in demanding scientific and development environments.

🤔 Obstacles to innovation and research?

Are you facing the limitations of traditional robotic systems in your scientific, development or educational projects? Are you lacking a robotic arm that can manipulate a variety of objects and perform fine motor tasks with human precision and flexibility? The limited dexterity and lack of adaptability of conventional robotic arms often prevent you from achieving the full potential of your innovative ideas.

🚀 Introducing the solution: A bionic hand that thinks with you

The Core Robot™ Intelligent Bionic Hand is the answer to these challenges. It overcomes the limitations of conventional robotics with advanced somatosensory technology that enables intuitive and natural control. This hand is not just a tool, but an extension of your own manipulation skills, allowing you to push the boundaries of what is possible in robotics, bionics, and scientific research. Take back control and discover new dimensions of innovation.

🌟 More than just a robot – real benefits for your project

• Feature: Advanced somatosensory control -> Benefit: Gain intuitive and smooth control that mimics the natural movements of the human hand for seamless interaction.
• Features: 6 independent drives and dual thumb -> Benefit: Exceptional dexterity and ability to manipulate delicate, complex or irregularly shaped objects.
• Function: Adaptive grip according to shape and material -> Benefit: Increased safety and minimization of damage to manipulated objects, optimal grip strength.
• Features: High flexibility and many degrees of freedom -> Benefit: Expanding possibilities for innovative research, experiments and development of complex robotic applications.

🎯 Who will excel with this bionic hand?

• **Researchers and Scientists:** Those who push the boundaries in robotics, bionics, and artificial intelligence.
• **Developers and Engineers:** Ideal for prototyping, testing new manipulation algorithms, and creating advanced robotic systems.
• **Educators and Students:** An excellent tool for hands-on teaching and demonstrating advanced robotics and biomechanics concepts.
• **Creators and DIY enthusiasts:** For all those looking for top-notch components for their ambitious projects with high demands on precision and flexibility.

💡 Overcome doubts – our answers to your questions

• Concern: Is controlling such an advanced bionic hand too complicated? -> Answer: Thanks to intuitive somatosensory technology, the control is designed for maximum naturalness and rapid user adaptation, copying human movements.
• Concern: Can the hand handle delicate and fragile objects? -> Answer: Yes, the hand has an adaptive grip that detects the shape and material of the object, ensuring a stable and gentle grip on even the most delicate objects.
• Concern: What is the reliability and durability of the components? -> Answer: The design uses permanent magnet brushless DC motors and is designed for robustness and long-term, reliable performance in demanding research and development environments.

⚙️ Technical specifications

Parameter	Value
Continuous current	3 A
Maximum speed	25~60 RPM
Maximum hand width	132 mm
Strength at the tips of four fingers	10 N
Maximum thumb force	12 N
Thumb transverse rotation range	90°

❓ Frequently Asked Questions (FAQ)

What is the main principle of controlling this bionic hand?

The hand uses advanced somatosensory technology that extracts neuromuscular signals from the user's arm and translates them into natural movements of the robotic hand.

How many degrees of freedom does the hand have and how does this affect its mobility?

The hand has 6 execution units for independent finger movement and a dual axis for the thumb, which gives it high flexibility and dexterity for a wide range of grips and manipulations.

Is it possible to make gentle grips or manipulate fragile objects with the hand?

Yes, the hand is equipped with an adaptive grip that adapts to the shape and material of the object. This allows for stable yet gentle grips, minimizing the risk of damage.

What types of science and development projects is this bionic hand suitable for?

It is ideal for research in robotics, bionics, prototype development, testing of manipulation algorithms, but also for educational projects and demonstrations of advanced robotic technologies.

What is the maximum finger movement speed?

The maximum hand movement speed ranges from 25 to 60 revolutions per minute (RPM), allowing for smooth and dynamic control.

What is the grip strength of the thumb and other fingers?

The force at the tips of the four fingers is 10 N and the maximum force of the thumb reaches 12 N, which provides sufficient force to securely grip most objects.