Service robots are rapidly transitioning from laboratories and controlled demonstration zones into complex, dynamic environments—ranging from commercial delivery and medical assistance to smart agriculture, high-altitude operations, and home companionship.
Amidst the rapid development of industrial automation and intelligent manufacturing, the industrial robot controller board—serving as the robot's "brain" and "nervous system"—demands exceptional motion precision, rapid response times, and system stability.
Driven by rapid advancements in cutting-edge fields such as industrial automation, humanoid robotics, medical surgical robots, and autonomous driving systems, the manufacturing process for the control core—the high-precision robot motherboard—faces unprecedented and rigorous challenges.