AstraBionics Technologies

At the heart of AstraBionics lies a specialized R&D team, systematized for efficiency, productivity, innovation, and collaboration. In the past few years, our R&D team has developed many technologies based on the AstraBionics Tree of Knowledge and the Tree of Products. These technologies are the result of collaborations with specialists and university professors from disciplines such as Mechanical Engineering, Biomechanical Engineering, Biomedical Engineering, Bioelectronics, Electrical and Electronics Engineering, Physical Medicine and Rehabilitation, Functional Anatomy, and Kinesiology. This synergy has enabled us to create groundbreaking products in the fields of Bionics and Tele-Robotics, such as Control-Gloves, Bionic Hand, and Astra-Bot.

The technologies developed by AstraBionics showcase our commitment to innovation and excellence in the fields of Bionics and Tele-Robotics. Our expertise in biologically inspired mechanical structures, precision motion tracking, and sensory feedback solutions has positioned us as industry leaders. As we continue our R&D efforts, we aim to further advance these technologies and explore new frontiers in enhancing human-machine interaction. Visit our website to learn more about our groundbreaking products and ongoing research projects.

 

Biologically Inspired Mechanical Structures and Mechanisms

AstraBionics has focused on replicating the intricate mechanisms found in the human hand, allowing for precise finger movements with high finesse. Through in-depth studies of human hand biomechanics, functional anatomy, and kinesiology, we have developed novel mechanisms that enable our Astra-Hand to mimic the efficiency and dexterity of the human hand. These mechanical structures and mechanisms are implemented delicately and efficiently, ensuring that our bionic hand functions remarkably like a natural hand.
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Precision Motion Tracking Technologies

 
In the realm of Bionics and Tele-Robotics, the ability to remotely control multi-axis robots is crucial for both R&D purposes and industrial applications. AstraBionics has developed precision motion tracking technologies that enable precise control of position and movement in our Astra-Control Gloves and Astra-Bot. These technologies, whether composed of inertia measurement units alone or integrated with magnetic tracking systems, provide unparalleled precision and versatility in controlling the position of each joint in space and relative to other joints
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AstraBionics Biosignal Modules

The biosignal modules developed by AstraBionics represent a significant advancement in the field of biotechnology, particularly in the area of detecting biological signals such as Surface EMG (sEMG). These modules have been engineered to exhibit exceptional sensitivity and reliability, operating efficiently even in fully dry conditions while minimizing noise and unwanted interruptions.

One of the key applications of these biosignal modules lies in the domain of prosthetics and human-machine interactions. By integrating these compact and non-invasive modules into prosthetic devices, such as bionic arms, they enable the translation of even the smallest amounts of voluntary muscle activity from the user, particularly amputees, into precise motor commands. This capability allows for a seamless interaction between the user and the prosthetic device, facilitating natural and intuitive movement or grasping actions.

Versatility of these biosignal modules extends beyond prosthetics, opening up possibilities for applications in various human-machine interface systems, such as exoskeletons, rehabilitation devices, and assistive technologies. As advancements continue in this field, we can anticipate further innovations that will revolutionize the way we interface with technology and augment human capabilities.

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