ZWHAND Bionic Robotic Hand with Precision Grip and Integrated Sensors

• ✔ Integrated hollow cup motor, reducer and sensors
• ✔ Bionic finger joint control for maximum dexterity
• ✔ Wide range of applications in robotics, medicine and automation
• ✔ High power density and multi-degrees of freedom (17-20 DOF)
• ✔ Ability to perform complex and dexterous gripping movements
• ✔ Integrated sensors on the fingertips for precise positioning and force control

Discover the future of robotic manipulation with the ZWHAND bionic robotic hand. This advanced hand represents the pinnacle of robotic gripping technology, designed for unparalleled precision, strength, and adaptability. Through a sophisticated integration of mechanics and sensors, it delivers the ability to perform tasks with finesse and control that previously seemed impossible.

⚙️ Discover revolutionary functionality

• Multi-degree of freedom: Offers 17 to 20 active degrees of freedom, enabling a wide range of natural and complex finger movements.
• Independent joint control: Each finger joint is independently controlled, ensuring maximum flexibility and precision of grip.
• Integrated sensors at the fingertips: Key for precise positioning, pressure detection, and adaptive grip with sensitive feedback.
• Compact and powerful design: By integrating a hollow cup motor and a precision planetary reducer, it achieves high power density in minimal space.

🔬 Precision in every movement

The ZWHAND bionic hand is the result of meticulous development that combines cutting-edge mechanics with intelligent software and hardware systems. It integrates a hollow cup motor, a precision planetary reducer and advanced sensors, which together create bionic finger joint control. This synergistic combination allows the hand to perform extremely complex and dexterous gripping movements, which are crucial for applications requiring a high degree of finesse and control. Its design is optimized for flexible robots, where it provides not only strength but also feel for manipulating various objects.

⚠️ Are you struggling with limited manipulation options?

Many robotic grippers lack the finesse and adaptability needed for truly complex tasks. Rigid mechanisms often lead to damage to fragile objects or the inability to effectively work with irregularly shaped objects. Do you lack precise feedback and the ability to dynamically adapt to changing environmental conditions?

✅ Gain unbeatable control and adaptability!

The ZWHAND bionic robotic hand is designed to overcome these limitations. With its multi-degree of freedom and integrated force sensors, you get a tool that allows you to precisely manipulate objects, perform delicate assembly work, and effectively respond to unexpected situations. Enable your robots to reach new levels of dexterity and efficiency.

🌟 More than just features, real benefits

• Multi-degree of freedom (17-20 DOF): Enables a wide range of natural and complex movements. -> Benefit: Unprecedented adaptation to different shapes and sizes of objects, increased flexibility in manipulation tasks.
• Integrated force sensors on the fingertips: Provide immediate feedback on contact and grip strength. -> Benefit: Precise positioning, safe handling of fragile objects and precise assembly work.
• Compact and powerful design: Integrates a hollow bevel gear motor and a precision planetary reducer. -> Benefit: High power density in a small package, ideal for applications with limited space and power needs.
• Bionic finger control: Mimics natural movements of the human hand. -> Benefit: Simplified programming of complex grips and more intuitive interactions in humanoid applications.

🎯 Who is this bionic hand the ideal choice for?

• Researchers in robotics: For developing and testing advanced algorithms for manipulating and interacting with the environment.
• Humanoid robot manufacturers: To equip their creations with a functional and aesthetically sophisticated end effector.
• Industrial Automation Engineers: For applications requiring delicate handling, packaging or assembly of small and sensitive components.
• Medical and rehabilitation device developers: For simulating human movements and assisting in sensitive procedures.

❓ Do you have concerns? We will answer them

• Concern: Is installation and integration into my existing robotics system complicated? -> Answer: The hand is designed for easy integration with a wide range of flexible robotics systems. We provide all the necessary documentation and technical support to ensure a smooth implementation.
• Concern: What is the durability and lifespan of such a precise and complex device? -> Answer: Thanks to the use of high-quality materials and precision components, such as hollow cup motors and planetary reducers, the ZWHAND bionic hand is designed for long-term and reliable operation even in demanding industrial and research environments.
• Concern: Is it possible to customize the grip for specific objects or tasks? -> Answer: Thanks to the high number of degrees of freedom and independent control of each finger, the hand is highly adaptable. Its software allows programming of specific gripping strategies for diverse objects and complex manipulation tasks.

🛠️ Technical specifications

Parameter	Value
Hand length	257mm
Hand width	94 mm
Hand thickness	52 mm
Active degrees of freedom	17-20 DOF
Integrated components	Hollow cup motor, Precision planetary reducer, Sensors
Sensors	Integrated sensors at the fingertips

❓ Frequently Asked Questions (FAQ)

What are the main areas of application of this bionic hand?

This hand is widely used in robotics, medical devices, industrial automation, and in the development of humanoid robots, where high precision and flexibility of grip are required.

How many degrees of freedom does the hand offer?

The ZWHAND robotic hand has 17 to 20 active degrees of freedom, allowing it to mimic the complex and delicate movements of the human hand.

What types of sensors are integrated in the hand and what are they used for?

The hand has integrated force sensors at the fingertips, which allow for precise positioning, pressure detection, and grip strength control, which is crucial for handling fragile objects.

Can this hand be easily integrated into various robotic systems?

Yes, the ZWHAND bionic hand is designed for compatibility and easy integration with various flexible robots and robotic platforms, making it a universal solution.

What type of engine ensures its performance and compactness?

It is equipped with a hollow cup motor and a precision planetary reducer, which together ensure high performance while maintaining the compact dimensions of the entire mechanism.

What are the dimensions of the hand?

The arm is 257 mm long, 94 mm wide and 52 mm thick, making it a suitable choice for a wide range of applications.