Bionic Hands Help Robots Develop a Sense of Touch
ABB Robotics and PSYONIC are collaborating to train industrial robots using data from advanced prosthetic hands, aiming to improve their ability to handle delicate objects.
Industrial robots may soon gain a more nuanced sense of touch, thanks to a collaboration between ABB Robotics and PSYONIC. The initiative involves using data collected from real human prosthetic hands to train robots for tasks that require a delicate grip.
PSYONIC, a company that develops advanced prosthetic limbs, has created bionic hands capable of detecting subtle pressure and texture. This real-world touch data is now being leveraged by ABB Robotics to train its industrial robots. The goal is to enable robots to better handle a wider range of objects, including those that are fragile or irregularly shaped, a common challenge in manufacturing and logistics.
By feeding the robots data that mimics human dexterity and sensitivity, ABB aims to enhance their precision and adaptability. This development could lead to more efficient and less error-prone automated processes in factories, reducing damage to goods and improving overall production quality. The technology represents a step towards more human-like capabilities in industrial automation.