Core Robot Bionic Hand – Precision Control for Laboratory Automation and Prosthetics

• ✔ Innovative somatosensory control for natural movement
• ✔ Independent movement of six finger units with dual-axis thumb
• ✔ Adaptive grip with advanced haptic feedback
• ✔ Flexibility for a wide range of handling and tasks
• ✔ Improving the quality of life and self-sufficiency of users
• ✔ Integration with neuromuscular signals for intuitive responses
• ✔ Robust construction ensuring reliability and long service life

Introducing the Core Robot intelligent bionic hand – a breakthrough solution inspired by the perfection of human anatomy. This cutting-edge system combines bionics, mechanics and artificial intelligence to offer unparalleled precision and adaptability for laboratory automation, research or as advanced prosthetics. With its intuitive controls, new possibilities for manipulation and interaction open up.

🎯 Mastery in every movement: What can this bionic hand do?

• Somatosensory Control: Thanks to self-developed somatosensory technology, the bionic hand moves with the fluidity and adaptability of a human hand.
• Independent Finger Movement: Contains 6 execution units, allowing independent movement of each finger and two-axis movement of the thumb.
• Intuition and Precision: The system can extract the wearer's neuromuscular signals and translate movement intent into actions of the bionic hand.
• Advanced Sensors: Select models are equipped with advanced tactile sensors that can sense touch and identify the shape and material of an object, ensuring a stable grip without damage.
• High Flexibility: With up to 10 movable joints and 6 degrees of freedom of propulsion, it can achieve independent movement of five fingers and handle dozens of common gestures.

✨ Explore the details of perfect synergy

The Core Robot bionic hand is the result of multidisciplinary research integrating bionics, mechanics, materials science, biomedicine, and information technology. It aims to provide users with uncompromising control and natural interaction with the world around them.

One of the key elements is the ability to interpret the user's movement intentions. By collecting neuromuscular signals from the arm, the system is able to transform these signals into smooth and precise movements. This is further supported by the integration of brain-computer interface technologies and artificial intelligence algorithms that optimize and refine each action.

The hand is designed to meet the demands of a wide range of applications, from everyday activities for upper limb amputees to complex tasks in automated laboratories. It is capable of performing delicate tasks such as buttoning buttons or picking up small steel balls, as well as complex tasks such as playing the piano, significantly improving the quality of life and independence of users.

🤔 Are you struggling with limited manipulation or looking for an advanced automation solution?

Traditional robotic solutions often lack the adaptability and finesse needed for complex tasks. Users with prosthetic needs experience limitations in fluidity and intuitive control, which reduces their independence and quality of life. Standard robotic arms may not offer the flexibility and sensory feedback needed to manipulate fragile or irregular objects in a laboratory setting.

🚀 Regain control and efficiency with the Core Robot bionic hand!

The Core Robot intelligent bionic hand provides a revolutionary solution to these challenges. With advanced somatosensory technology and the ability to interpret your movement intentions, it provides unparalleled control and naturalness. Whether it is increasing independence in everyday life or precise manipulation in automated processes, this robot will allow you to achieve results you have only dreamed of.

💡 More than just features: Real benefits you'll feel

• Function: Self-developed somatosensory control -> Benefit: Intuitive and smooth control that copies natural human movements.
• Features: Independent finger movement and biaxial thumb -> Benefit: Unrivaled flexibility and ability to perform complex grips and manipulations.
• Function: Detection of neuromuscular signals -> Benefit: Direct connection to your intentions for immediate and accurate response without delay.
• Function: Adaptive grip and tactile sensors -> Benefit: Gentle manipulation of objects of various shapes and materials without risk of damage.
• Function: Ability to perform complex daily tasks -> Benefit: Increased self-sufficiency and significant improvement in quality of life for the user.

🧑‍💻 Who is this bionic hand the ideal choice for?

• Upper limb amputees: Seeking advanced, naturally controllable, and functional prosthetics to return to a full life.
• Research and development laboratories: Needing a precise and adaptable tool for handling sensitive materials, prototyping, and experiments in the fields of bionics and robotics.
• Workplaces with automation: Where delicate and precise manipulation is required that standard industrial robots cannot handle, for example in medicine or microelectronics.

💬 Do you have any concerns? We'll answer them

• Concern: Will controlling the bionic hand be too complex or unnatural? -> Answer: Thanks to advanced somatosensory technology and detection of neuromuscular signals, the control is designed to be as intuitive as possible and copy your natural movements, with minimal learning required.
• Concern: What about the maintenance and reliability of such a complex device? -> Answer: The product is constructed from high-quality materials with an emphasis on durability and longevity. Core Robot provides comprehensive support and service to keep your hand functioning flawlessly.
• Concern: Can the bionic hand grasp and manipulate delicate or fragile objects without damage? -> Answer: Yes, the adaptive grip and integrated tactile sensors allow for automatic adjustment of the grip force to the shape and material of the object, ensuring safe handling of even the most delicate objects.

⚙️ Technical specifications

Parameter	Value
Maximum hand width	132 mm
Fingertip strength (4 fingers)	10 N
Maximum thumb force	12 N
Thumb transverse rotation range	90°
Continuous current	3 A

❓ Frequently Asked Questions

Is the Core Robot bionic hand suitable for everyday use?

Yes, it is designed to support a wide range of daily activities, from basic grasping to more complex manipulation, significantly improving users' self-sufficiency.

How does the bionic hand perceive my movement intentions?

The system uses advanced somatosensory technology that can extract neuromuscular signals from your arm and convert them into smooth and precise hand movements.

How many fingers can move independently?

The bionic hand is equipped with 6 actuator units that allow independent movement of each finger and biaxial movement of the thumb, ensuring maximum flexibility.

Can I handle fragile objects with this hand?

Yes, the adaptive grip and integrated tactile sensors allow for a gentle and precise grip that adapts to the shape and material of the object, minimizing the risk of damage.

Is it possible to adapt a bionic hand to individual needs?

Although the basic configuration is very flexible, for specific adjustments or integration with other technologies, we recommend contacting our team of specialists who will be happy to advise you.

What is the maximum grip reach?

The maximum hand width is 132 mm, which allows handling a wide range of common sized objects.

What is the grip strength?

The hand has a force of 10 N at the tips of the four fingers and a maximum force of 12 N at the thumb, which ensures a firm and reliable grip.