ALLEX becomes the first general-purpose humanoid platform created by WIRobotics, capable of responding to physical stimuli with human-like precision and interacting in real environments safely.
The robot presented at the KOREATECH Robot Innovation Hub integrates a robotic hand with a robotic hand with 15 degrees of freedom that can detect minimal forces and execute grips of up to 40 N at the fingertips. Its low-friction arm with advanced feedback offers smooth and controlled movements, allowing it to manipulate objects weighing more than 3 kg safely.
Design and practical applications of the humanoid robot
The upper body incorporates a gravity compensation mechanism that ensures ergonomics and stable operation. The company plans to expand into a modular platform with interchangeable arms, hands and body, adaptable to manufacturing, service and home care tasks.
ALLEX integrates an algorithm that combines position, stiffness and force control, allowing it to respond dynamically to contact. This capability facilitates safe interaction with people and improves accuracy in machine learning training. machine learning applied to robotics.
Open innovation and strategic alliances
To foster the development of physical artificial intelligence, WIRobotics works in conjunction with RLWRLD and maintains collaborations with prestigious institutions such as MIT, UIUC, UMass, KIST and Maxon. The goal is to consolidate an open innovation ecosystem that accelerates the arrival of humanoid robots to everyday use.
The company, founded by former Samsung engineers, is looking for its humanoid robotic humanoid robotics technology accessible and everyday before the end of the decade. With ALLEX, WIRobotics sets a path toward platforms that combine mechanical precision and sentience, bringing robotic interaction closer to the human experience.
Source and photo: WIRobotics via PR Newswire
