ZWHAND Bionic Robotic Hand with Tactile Sensors and Multi-Axis Control

• ✔ Incredible agility with 17 to 20 degrees of freedom
• ✔ Precision control of each finger joint for maximum accuracy
• ✔ Integrated tactile sensors for sensitive and safe handling
• ✔ Compact design with high power density
• ✔ Robust design with hollow rotor motors and planetary gearboxes
• ✔ Bionic design for natural and flexible grips
• ✔ Wide range of applications from medicine to industrial automation

Introducing the ZWHAND bionic robotic hand, a cutting-edge solution for complex manipulation tasks. Designed for unparalleled dexterity and precision, this hand integrates advanced technologies to meet the demands of the most demanding applications in robotics and automation.

🚀 Key features that will move you forward

• Multi-degrees of freedom: Offers 17 to 20 degrees of freedom, allowing for extremely complex and flexible movements, mimicking the natural dexterity of the human hand.
• Independent Joint Control: Each finger joint is controlled by an independent motor, ensuring an unprecedented level of precision and control over every movement.
• Integrated tactile sensors: The fingertips are equipped with integrated sensors that provide feedback for precise positioning and gentle manipulation of objects, including fragile samples.
• High power density: The compact design houses powerful hollow rotor motors and precision planetary gearboxes, ensuring maximum power in a minimum size.
• Bionic design and flexibility: Innovative joint connectivity allows the hand to be used in a wide range of applications with various flexible robots.

🔍 Explore every detail – Cutting-edge engineering

The ZWHAND bionic hand is the result of in-depth research and development in the field of structure, software and hardware systems. Its design is optimized for integration with various robotic platforms, where it excels in its ability to perform complex and agile gripping movements. The combination of hollow rotor motors and precision planetary gearboxes ensures high reliability and long service life even in harsh operating conditions.

This robotic arm finds its application in a wide range of industries, from robotic assistants, through material handling in healthcare (e.g. drug testing or tube handling), to advanced industrial automation, where maximum precision and flexibility are required. Its adaptability and programmability open up new possibilities for automating tasks that were previously only possible with human dexterity.

🤔 Do you face limitations in precise manipulation?

Standard robotic manipulators often lack the finesse and adaptability needed for tasks requiring sensitivity, variable gripping, and interaction with fragile or irregular objects. Insufficient degrees of freedom, lack of feedback, and complex programming can lead to inefficiency, material damage, and high operating costs.

💡 Discover ZWHAND: A revolution in robotic dexterity!

The ZWHAND bionic hand is an innovative solution to these challenges. With its advanced design, multiple degrees of freedom and integrated tactile sensors, you get a tool that can perform the finest and most complex gripping operations with ease and reliability. Optimize your processes and expand automation capabilities with precision you've only dreamed of.

🌟 More than just features – Real benefits for your project

• 17-20 degrees of freedom: Incredible dexterity and flexibility to handle a wide range of handling tasks.
• Independent joint drive: Guarantees extreme precision and fine grip, ideal for sensitive objects.
• Integrated tactile sensors: Provide feedback, increase safety, and allow you to handle fragile materials with confidence.
• High power density: Compact and robust design ensures reliable performance even in demanding industrial environments.
• Bionic design: Easily adapts to different shapes and sizes of objects, mimicking the natural behavior of the human hand.

🎯 For whom is ZWHAND the ideal choice?

• Research and Development Laboratories: For advanced research in robotics, artificial intelligence, and bionics.
• Medical device manufacturers: To automate the precise handling of laboratory samples, instruments, and sensitive components.
• Industrial Automation: For applications requiring fine gripping, small parts assembly, and complex machine operation.
• Educational institutions: For teaching robotics and mechatronics with real, cutting-edge technologies.

🛡️ Do you have concerns? We'll answer them

• Concern: Will integrating this complex hand be too challenging? Answer: ZWHAND is designed for easy integration with a variety of flexible robotic platforms, minimizing implementation complexity.
• Concern: How is sufficient accuracy for critical tasks ensured? Answer: Independent drive of each joint and integrated tactile sensors guarantee unparalleled precision and grip sensitivity.
• Concern: Is the arm durable enough for industrial use? Answer: The robust design with hollow rotor motors and precision planetary gearboxes ensures high reliability and long service life.

⚙️ Technical specifications

Hand length	257mm (can be adjusted)
Hand width	94mm (can be adjusted)
Hand thickness	52mm (can be adjusted)
Active degrees of freedom	17–20
Engine type	Hollow cup motor
Transmission	Precision planetary gearbox
Sensors	Integrated tactile sensors in the fingertips

❓ Frequently Asked Questions (FAQ)

What are the main areas of application of the ZWHAND robotic hand?

ZWHAND is ideal for robotics, medical devices (e.g. handling test tubes in drug testing) and industrial automation where high dexterity and precision are required.

How many degrees of freedom does this robotic arm offer?

The hand has 17 to 20 active degrees of freedom, which allows it to perform very complex and adaptive grasping movements.

How does the hand achieve such high grip precision?

Precision is ensured by independent drive of each finger joint and integrated tactile sensors in the tips that provide instant feedback.

Can the hand dimensions be adjusted to specific needs?

Yes, the length, width and thickness of the hand are customizable, allowing for flexible integration into various systems.

What types of motors and gearboxes are integrated in the hand?

The arm uses hollow rotor motors and precision planetary gearboxes to ensure high performance and reliability in a compact design.

Is ZWHAND compatible with different robotic platforms?

Yes, bionic design and system integration allows compatibility with various flexible robots.