Company Profile
Breaking through industry barriers with disruptive innovation the company's independently developed miniaturized high-power DC servo drive achieves a 300% increase in power density and a 40% reduction in size compared to traditional products while maintaining world-leading output. achieves a 300% increase in power density and a 40% reduction in size compared to traditional products while maintaining world-leading output torque. Its core patented algorithm enables nanometer-level precision control and its military-grade reliability has been verified in extreme Its core patented algorithm enables nanometer-level precision control and its military-grade reliability has been verified in extreme environments ranging from -40℃ to 85℃. It has been successfully deployed in mass production of humanoid robots and robotic dogs and is also used in satellite attitude control modules and high-precision missile guidance systems. It has been successfully deployed in mass production of humanoid robots and robotic dogs and is also used in satellite attitude control modules and high-precision missile guidance systems. Its products have been purchased in bulk by leading global robotics companies and semiconductor equipment giants making it a hidden champion in servo drives for high-end intelligent power plants. champion in servo drives for high-end intelligent manufacturing and defence technology redefining a new era of precision motion control! Based on its self-developed SEA high-performance DC servo drive products Jingyue Technology has assembled a technical team to enter the field of integrated servo motors and integrated joint modules which are the most important components of the new generation of precision motion control. motors and integrated joint modules which are now being shipped in batches. High control precision robust durability and strong versatility are the High control precision robust durability and strong versatility are the performance characteristics of Jingyue's integrated servo motors and joint modules.