Core Robot Intelligent Bionic Hand – Cutting-Edge Prosthesis for Natural Movement

• ✔ Advanced somatosensory control for natural and intuitive movement
• ✔ Independent movement of each finger and dual-axis thumb for maximum dexterity
• ✔ Intelligent identification of movement intentions from neuromuscular signals
• ✔ Adaptive grip with integrated tactile sensors for a secure and gentle grip
• ✔ Highly flexible design with 6 degrees of freedom and 10 movable joints
• ✔ Substantial improvement in self-sufficiency and quality of life of users

Introducing the Intelligent Bionic Hand, a groundbreaking innovation that pushes the boundaries of bionics and robotics. Inspired by human anatomy, this technological marvel is designed to restore natural functionality and sensitivity after the loss of an upper limb. It combines cutting-edge mechanics, sensitive sensors, and intelligent algorithms for intuitive control.

⚙️ What can this bionic hand do?

• **Independent finger movement:** Thanks to 6 independent execution units, each finger moves independently, while the thumb offers two-axis movement, allowing for unprecedented dexterity.
• **Intuitive Somatosensory Control:** The bionic hand interprets neuromuscular signals from the user's arm, translating them into smooth and adaptive movements as if it were their own limb. Some models also integrate brain-computer interface technology.
• **Precise and adaptive grip:** The hybrid design combines rigidity and flexibility. The hand can adapt the grip force to the shape and material of the object, ensuring a stable hold without the risk of damage.
• **Tactile Sensors:** The fingers are equipped with three-layer tactile sensors that sense touch and identify the shape and material of an object, enriching feedback for the user.
• **A wide range of gestures:** With 10 movable joints and 6 degrees of freedom, the hand is capable of performing 23 common gestures, allowing for seamless communication and interaction.

🔬 Explore every detail of the innovation

The intelligent bionic hand is the result of interdisciplinary research involving bionics, mechanical electronics, materials science and information technology. The manufacturer focused on creating a prosthesis that comes as close as possible to a natural hand, both in terms of function and feel.

A key element is somatosensory control technology, which allows the user to intuitively control hand movements. The system extracts and interprets neuromuscular signals from the arm, resulting in smooth and natural movement. An example is adaptive technology, which enables precise control by collecting and processing nerve and muscle electrical signals.

The innovative design includes 6 executive units that provide independent movement of each finger and two-axis rotation of the thumb. This gives the hand the extraordinary dexterity necessary for delicate tasks. Some models, such as BrainRobotics, have 10 movable joints and 6 degrees of freedom, allowing independent movement of five fingers and mastering a wide range of gestures.

Another significant feature is the advanced tactile sensors that can sense touch, recognize the shape and material of objects, which significantly improves feedback and allows for safer and more controlled manipulation of objects.

😔 Are you facing limitations after losing a limb?

The loss of an upper limb poses a huge challenge to daily life, from the simplest tasks to complex interactions. Traditional prosthetic devices often fail to provide the necessary fine motor skills, dexterity and naturalness of movement, leading to frustration and limited independence. Many users struggle with delicate grasping, manipulating small objects or even with ordinary social interactions where the hand is a key tool.

🌟 Get back your natural interaction with the world!

This intelligent bionic hand is designed to give you back your lost freedom and independence. With its revolutionary design and advanced technology, it overcomes the limitations of traditional prostheses. It will allow you to perform a wide range of tasks with naturalness and confidence, from buttoning and picking up small objects to complex activities such as playing the piano. Restore your ability to fully participate in everyday life and enjoy it without limitations.

🎯 More than just features – real benefits for your life

• Neuromuscular Control: Allows intuitive and seamless control of the hand with mere mental intent, resulting in natural and fluid movement.
• Independent finger movement: Provides maximum dexterity and precision, essential for delicate tasks and handling small objects.
• Adaptive grip with tactile sensors: Ensures a safe and gentle grip on various objects, minimizing the risk of damage and providing realistic feedback.
• Wide range of gestures: Enables natural communication and interaction in everyday life, from simple greetings to more complex gestures.
• Durable and reliable construction: Ensures long life and reliability in the harsh conditions of everyday use.
• Improved quality of life: Restores self-sufficiency and self-confidence, opens up new possibilities for work, leisure and social interaction.

👤 Who is this intelligent bionic hand the ideal choice for?

• For upper limb amputees looking for an advanced and functional prosthetic device.
• For users who require a high level of dexterity and fine motor skills for everyday tasks and specialized activities.
• For those who desire the most natural control and interaction with the world, supported by the latest bionic technologies.

🤔 Do you have any concerns? We'll answer them!

• Concern: Will the controls be too complex and unnatural? Answer: Thanks to somatosensory technology and the interpretation of neuromuscular signals, the controls are intuitive and natural, the system learns from your intentions.
• Concern: What about the durability and longevity of the product? Answer: The manufacturer uses quality materials and robust construction to ensure the long life and reliability of the bionic hand in everyday use.
• Concern: Can the hand grip fragile objects without damage? Answer: Yes, the adaptive grip and integrated tactile sensors allow for automatic adjustment of grip strength, ensuring safe and gentle handling of fragile objects.

📋 Technical specifications

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

❓ Frequently Asked Questions (FAQ)

How is the bionic hand controlled?

The bionic hand is equipped with advanced somatosensory technology that detects neuromuscular signals from the user's arm and translates them into natural, fluid movements. Some systems may also integrate a brain-computer interface.

What are the key features that set this bionic hand apart?

It features independent movement of each of the 6 execution units, two-axis thumb movement, adaptive grip with tactile sensors, and the ability to imitate up to 23 common gestures.

Can I perform fine motor tasks with this bionic hand?

Yes, it is specially designed for high dexterity and precision, allowing tasks such as buttoning, picking up small objects or even playing musical instruments.

How is it ensured that the hand does not damage the objects it grasps?

The hybrid design with tactile sensors allows the hand to automatically adapt the grip force to the shape and material of the object, ensuring a stable yet gentle hold.

Is it possible to use the hand for various daily activities?

The bionic hand is designed for maximum versatility and significantly improves the user's ability to perform a wide range of daily activities and better integrate into society.

Who is this bionic hand intended for?

It is intended primarily for upper limb amputees who are looking for advanced solutions to restore functionality and improve quality of life.

What is the range of motion of the fingers and thumb?

The hand has 6 degrees of freedom and 10 movable joints, with a 90° transverse rotation range of the thumb, allowing a wide range of natural movements.