Biohand: Bionic Robotic Hand with 5 Fingers, 6 Force Sensors and 3kg Grip

• ✔ Extremely flexible bionic design mimicking the human hand
• ✔ 6 independent actuators for precise movement of each finger
• ✔ Thumb with two-axis movement for maximum dexterity and adaptability
• ✔ Integrated force sensors for gentle and safe handling with a grip of up to 3 kg
• ✔ Advanced somatosensory control for intuitive and responsive operation
• ✔ Fast response and multi-joint coordination for complex tasks
• ✔ Elegant design combining top aesthetics with highest functionality

Biohand represents a revolution in robotic manipulation. This intelligent bionic hand combines cutting-edge technology and precision mechanics to give robots dexterity and sensitivity comparable to the human hand. It is the ideal solution for complex tasks requiring finesse, strength and adaptability in diverse environments.

✨ What makes Biohand so special?

• Biohand is a masterpiece that integrates bionics, mechatronics, materials science, and information technology to achieve unprecedented dexterity.
• Thanks to proprietary somatosensory control technology, Biohand is controlled with the flexibility and intuitiveness of a real human hand.
• With six internal actuators, each finger moves completely independently, while the thumb offers two-axis movement, accurately simulating the natural movements of the human hand.
• The intelligent, flexible torque control algorithm enables precise force distribution, ensuring a controlled grip from the gentlest touch to a robust squeeze.
• Advanced sensing technology and high-speed processing chip ensure fast signal recognition and instant response.

🔍 Explore every detail of Biohand

Biohand is not just a robotic hand, it is an intelligent system designed for the future of robotics. Its bionic design is the result of advanced development that combines the best of human anatomy with the latest engineering principles. Each component is optimized for performance, reliability and longevity.

A system of six independent actuators gives Biohand the ability to perform complex movements previously unattainable for robotic systems. The dual-axis thumb significantly expands the range of manipulation and allows tasks that require a high level of dexterity, such as working with tools or delicately grasping small objects.

With integrated force sensors and an intelligent torque control algorithm, Biohand can apply exactly the force needed for the task at hand. Whether lifting a small needle or handling a fragile egg, Biohand provides perfect control without the risk of damage. Its multi-joint coordination ensures smooth and natural movements.

In addition to its technical excellence, Biohand also boasts a modern and elegant design. Its aesthetics are in perfect harmony with its practicality, making it not only a powerful but also a visually appealing element for your robotics projects.

❌ Do you face challenges in precision handling?

Standard robotic gripping mechanisms often lack the finesse, adaptability, and sensitivity needed for complex tasks. Handling fragile, irregular, or small objects can be frustrating, time-consuming, and error-prone. This limits the potential of your robotic systems and prevents you from fully automating sensitive processes.

💡 Embrace the future with the Biohand robotic hand!

Biohand offers an innovative solution to all these challenges. With its advanced design, intelligent sensors and somatosensory control, it provides unmatched precision and sensitivity. Enable your robots to perform a wide range of operations with confidence and ease, from the coarsest grip to the finest touch. Increase efficiency, minimize risks and open up new possibilities for your applications.

⭐ More than just a robotic hand: The real benefits of Biohand

• Feature: Integrated actuators for independent finger movement -> Benefit: Unrivaled flexibility and adaptability for any grip, reducing the need for specialized tools.
• Function: Precise control of gripping force thanks to an intelligent algorithm -> Benefit: Safe handling of fragile and heavy objects without damage or loss, increases the quality of work.
• Function: Fast signal recognition and immediate response -> Benefit: Increased efficiency and safety of real-time operations, optimizes work processes.
• Features: Humanoid design with dual-axis thumb -> Benefit: More natural and intuitive interaction with the environment and tools, making programming and adaptation easier.

🎯 For whom is Biohand the ideal choice?

• Humanoid robot developers and researchers: For those who strive for maximum realism and functionality in their projects.
• Research and educational institutions: Perfect for students and scientists researching advanced robotics, bionics, and AI.
• Industrial Automation: For applications requiring fine assembly, quality control, or handling of sensitive components.
• Laboratory and medical applications: Where high precision, control and sterility are essential.

❓ Do you have questions? We'll answer them!

• Concern: Will the hand be strong enough for my applications? -> Answer: Biohand is designed for a robust grip with a maximum force of up to 3 kg, which is sufficient for a wide range of industrial and research tasks.
• Concern: How complex is programming and integration into existing systems? -> Answer: Thanks to advanced somatosensory technology and thoughtful design, Biohand integration and programming is intuitive and user-friendly, designed for easy implementation.
• Concern: Is the product reliable and durable in demanding operation? -> Answer: Biohand is made of premium materials and has undergone rigorous reliability tests to ensure long life and flawless operation even in demanding conditions.

🛠️ Technical specifications

Product name	Biohand Intelligent Bionic Robotic Hand
Grip strength	Up to 3 kg
Number of fingers	5 (including biaxial thumb)
Integrated sensors	6 force sensors
Finger movement	Independent movement of each finger
Management technology	Somatosensory control, flexible torque controller
Recommended use	Humanoid robots, precision manipulation, research
Package contents	1x Intelligent bionic robotic hand Biohand

❓ Frequently Asked Questions

What grip strength does Biohand offer?

Biohand is designed for a robust grip with a maximum force of up to 3 kg, allowing it to handle a wide range of objects from fragile to heavier without damaging them.

How many fingers does Biohand have and how are they controlled?

This robotic hand features five fully articulated fingers, including a thumb with two-axis movement. Each finger is independently controlled by six integrated actuators, ensuring exceptional flexibility and adaptability.

What is the main advantage of somatosensory technology?

Somatosensory technology allows Biohand to mimic the natural flexibility and responsiveness of the human hand, leading to more intuitive control, more precise manipulation, and easier interaction with the environment.

Can Biohand handle fragile objects?

Yes, thanks to an advanced torque control algorithm and multi-joint coordination, Biohand is able to grasp even extremely fragile objects, such as an egg, with maximum finesse and control.

What applications is Biohand primarily intended for?

Biohand is ideal for humanoid robots, research projects in advanced robotics, industrial automation requiring fine assembly or manipulation, as well as for laboratory or medical applications.

How quickly does Biohand respond to signals?

Thanks to advanced sensing technology and a high-speed processor, Biohand features fast signal recognition and instant response, which increases work efficiency and safety in dynamic environments.

Is Biohand aesthetically pleasing?

In addition to top-notch functionality, the Biohand was designed with aesthetics in mind. The hand not only works great, but also looks modern and elegant, which contributes to the overall impression of the robotic system.