“Exoskeleton ‘Touchy-Feely’ Robotics Solutions,” is a groundbreaking technology designed to revolutionize complex robotic-based interventions with dexterous manipulation. This force-feedback double arm-hand exoskeleton boasts 7 active degrees of freedom on each arm, from shoulder to wrist, and 6 active degrees of freedom for each hand.
Originating from a cutting-edge organization, this exoskeleton offers intuitive user control through an effective interface, enabling precise control of robotic manipulators for intricate tasks. Geared towards complex robotic-based interventions requiring dexterous manipulation, this technology presents a significant advancement in the field. The key components of this force-feedback exoskeleton include two-arm and two-hand exoskeletons integrated within a semi-seated outpost, supported by a gravity compensation system. Each joint is equipped with electrical motors, position sensors, and force/torque sensors for real-time communication.
What sets this technology apart is its immersive and intuitive interface, allowing users to experience force feedback in every joint of the arms and three out of five fingers. Unlike mainstream interfaces that offer limited force feedback, this exoskeleton provides a comprehensive tactile experience, enhancing user telepresence and control. Moreover, the gravity compensation system significantly reduces user fatigue during prolonged use, further enhancing usability and performance. In comparison to prevailing technologies, this exoskeleton offers unmatched intuitive control and immersive feedback, making it a game-changer in remote inspection and maintenance robotic applications. Overall, the “Exoskeleton ‘Touchy-Feely’ Robotics Solutions” presents a unique opportunity for organizations seeking to elevate their robotic-based interventions with advanced force-feedback capabilities. Its innovative design and intuitive interface promise to redefine the possibilities of complex robotic operations, offering unparalleled control and precision.