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  The company’s independently developed and manufactured range of motors, with their core advantages of high power density, precise control, low energy consumption, and durability, serve as the primary power source for robots to execute a wide variety of motions. These motors are tailored to meet the diverse requirements of different robot types, covering all application scenarios—from industrial robotic arms to service robots—and perfectly align with the robots’ core demands for a power system that is “compact yet powerful, precise yet stable.” In the industrial robotics sector, the company’s servo motors, as critical actuators, are extensively used in the joints of six-axis robotic arms and SCARA robots. Through closed-loop control, they enable precise regulation of position, speed, and torque; when paired with high-precision encoders, they can rapidly respond to commands and accurately perform complex operations such as material handling, precision assembly, welding, and painting. Their strong overload capacity and wide speed-regulation range allow them to readily handle load shocks during robot startup, shutdown, and operation, thereby ensuring efficient and accurate industrial production while significantly enhancing production automation and product quality rates. For desktop-level and educational industrial robots, the company’s stepper motors leverage the advantage of open-loop control: they achieve precise positioning without the need for expensive encoders and maintain a stable holding torque when stationary, making them well suited for light-load pick-and-place tasks and auxiliary-axis control, thus balancing cost-effectiveness with performance requirements.