⚠️ LIMITED TIME OFFER ⚠️

Power Wrist is a revolutionary device designed to meet the needs of enthusiasts, students, teachers, professionals and entrepreneurs.

This robotic exoskeleton is not only a state-of-the-art device for improving mobility and strength, but also a comprehensive educational project.

We provide entire digital documentation to enable users to 3D print, assemble, and program their exoskeleton themselves, promoting hands-on learning and technical skill development.

The movement of the exoskeleton is driven by high-quality servomotors designed to provide high performance at an affordable price. These servomotors are responsible for the articulated movements of the wrist, allowing smooth rotation in both horizontal and vertical axes.

With this advanced technology, the exoskeleton can faithfully replicate natural hand movements, improving accuracy and coordination.

One of the most innovative aspects of the exoskeleton is its automatic robotic wearability, made possible by the four servo motors positioned on the side of the index finger, thumb, wrist, and forearm.

This feature allows the device to automatically adapt to the user's hand, facilitating daily use and ensuring optimal comfort. The ability to put on and take off the device with ease makes the exoskeleton extremely practical for users of all ages and with different motor needs.

The structure of the exoskeleton is designed to be lightweight and durable, thanks to the use of 3D printing.

This production method not only reduces the overall weight of the device, but also allows for precise customization, fitting perfectly to the size of the user's hand. The ergonomic design ensures comfortable use even for prolonged periods, enhancing the overall user experience.

To support enthusiasts and professionals alike, we provide comprehensive technical documentation covering all aspects of exoskeleton construction and operation.

This documentation includes detailed guides for 3D printing, component assembly, and control software programming. In this way, users can learn the skills needed to build and customize their own exoskeleton, stimulating innovation and learning.

SERVO CONTROLLER SOFTWARE

With our integrated software, not only can you program your robot without writing a single line of code, but you can also record the most complex motion sequences and play them back at any time.

With the intuitive interface, you can control the servo motors in real-time simply by moving the mouse, without having to deal with the complexity of traditional programming


The Power Wrist is an excellent educational tool. In mechatronics courses, it can be used to demonstrate the integration of mechanics and electronics. In robotics learning development projects, it gives students the opportunity to work on a complex, interactive device.

Demonstrations of biomechanics with the exoskeleton help to better understand human movement and its technological applications. In addition, the development of device-specific control software is a key area of learning, fostering the growth of students' technical skills.

YOUBIONIC POWER WRIST

  • 3D Printing Files

  • Assembly Diagrams

  • 3D Model Assembly

  • Servo Controller

  • Technical Drawing

  • Videos and Photos

  • Customer Support

YOU WILL GET EVERYTHING BY E-MAIL 📩 AND YOU WILL HAVE ACCESS WHERE AND WHEN YOU LIKE

 ⚠️ LIMITED TIME OFFER ⚠️

Youbionic gives you 100% money-back guarantee on all purchase ⭐⭐⭐⭐⭐


The applications of the exoskeleton are many and varied. In the clinical setting, it is a valuable tool for post-surgical rehabilitation, facilitating the recovery of hand mobility after surgery or trauma.

For the elderly, it is a practical aid in daily activities, improving their independence and quality of life. In addition, the device is used in strength enhancement for military performance and heavy or repetitive manual work, reducing fatigue and increasing efficiency.

YOUBIONIC POWER WRIST

The exoskeleton also offers therapeutic support for several medical conditions. It is used in therapy for Parkinson's disease, improving motor control and reducing tremors. It also facilitates recovery from stroke, helping patients regain hand function.

For those with rheumatoid arthritis, it relieves pain and improves mobility, allowing better performance of daily activities. Finally, it can be integrated as an active prosthesis, providing advanced, customized support for people with amputations, greatly improving their autonomy and quality of life.


OUR DEAR CUSTOMERS


AS SEEN IN