The design of modern robots has long transcended the mere assembly of mechanical structures, evolving into a precision engineering discipline that highly integrates mechanics, algorithms, perception, and power electronics.
At the forefront of modern intelligent manufacturing, industrial robots are evolving from traditional systems—characterized by fixed-trajectory, heavy-load operations using mechanical arms—into industrial AI robots driven by Embodied AI, visual and force-control sensing, multi-axis coordination, and edge computing capabilities.
In modern industrial automation, humanoid robotics, collaborative robotic arms, and high-end CNC equipment, the robotic servo drive is regarded as the "muscle control center" of the entire system.