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19
2024-08
Humanoid robot
Integrated servo module, connected via serial bus, greatly simplifies system wiring. It features small joint volume, high energy density, and supports flexible position control and force feedback, making it an excellent solution for simulation robots and bionic animals. EUnique provides full-body joint servo motors for simulation robots, which have achieved mass production with stable performance and high cost-effectiveness. We have established cooperation with a large number of simulation robot companies both domestically and internationally.
2024-08-19
Wearable devices designed based on joint force feedback apply ergonomics, bionics, and other related knowledge to the field of robotics, combining human intelligence and robotic strength to remotely control robots and perceive force feedback from the robot end. Whether for assistance in walking or medical rehabilitation, exoskeleton robots represent a new technological trend, but also face many challenges such as price, assistance efficiency, coordination, and interaction sensitivity.
This medical device is a new generation multi-functional monitor, designed for medical institutions, integrating advanced monitoring technology, intelligent analysis, and remote communication functions, aimed at improving patient monitoring efficiency and clinical decision-making capabilities.
An industrial module is a highly integrated, modular component designed specifically for industrial automation environments, aimed at enhancing the flexibility, efficiency, and reliability of production lines. These modules integrate key components such as sensors, controllers, communication interfaces, and power management, achieving seamless integration with other devices and systems through standardized interfaces and protocols.
ProLocation is a robotic teleoperation wearable control system that adopts a bionic design to accurately collect the full-body joint angle information of the wearer and control remote robots. At the same time, the real force of the remote robot can also be fed back to the wearable mecha to realize the force control operation of the remote robot.