The motion technology company
Schaeffler has agreed a ‘strategic technology partnership’ in the field of humanoid robotics with the Swiss company
Hexagon Robotics. The cooperation centres on the development and supply of high-precision strain wave and planetary gear actuators from Schaeffler’s actuator platform, a move will see the company bring its core competence in power transmission to the development of humanoid robotic systems.
Moreover, Schaeffler is planning to deploy at least 1,000 humanoid robots from Hexagon Robotics in its global production system within the next seven years, the goal being to gradually automate production processes, boost production efficiency, and systematically scale the deployment of humanoid robots in the industrial environment.
Jochen Schröder, Schaeffler AG’s chief operating officer, said: “Our innovative actuator platform is the technology backbone for the next generation of humanoid robots. In other words, we are creating the foundation for making humanoid robotics fit for widespread use. The cooperation with Hexagon Robotics shows how Schaeffler combines hardware excellence with industrial application. We are not only developing key components but also integrating robots from Hexagon systematically into our own plants with the clear aim of further boosting our competitiveness through the use of physical AI.”
Arnaud Robert, Hexagon Robotics’s president, added: “We have developed a humanoid specifically for the industrial market, leveraging our core expertise in sensor fusion, spatial intelligence, and physical AI. We are delighted to see our humanoid AEON move into real-world production. Working with Schaeffler allows us to deliver demonstrable business value across various factory environments and scale our operations.”
Schaeffler’s partnership with Hexagon Robotics is focused on the development and supply of rotary actuators used in the key joints of humanoids — such as shoulders and elbows. Schaeffler says its actuator platform includes highly efficient electric motors with integrated power electronics as well as precise encoders.
“Fitted with two-stage planetary or strain wave gears, depending on the specific requirements, they provide a flexible, high-performance basis for humanoid robotics that meets all requirements. Strain wave gear reactors offer a high level of precision, zero backlash and a very good weight/torque ratio. Planetary gear actuators, on the other hand, feature high thermal stability, high torque transparency and good back-drive-ability.”