Robot manufacturing

In the context of rapid advancements in industrial automation and intelligent equipment, the robotics industry is now experiencing a new wave of technological transformation and industrialization. Among these developments, torque sensors—essential components for robots to achieve precise force control and intelligent interaction—are playing a pivotal role in fields such as collaborative robots and humanoid robots. Not only do they enable real-time monitoring of joint torques, ensuring safe human-robot collaboration, but they also support advanced functions like drag teaching and end-effector force control, endowing robots with flexible and adaptive operational capabilities. By integrating cutting-edge control strategies—such as direct force control and hybrid position/force control—into their systems, torque sensors help robots achieve true dynamic responsiveness and intelligent task execution, driving the evolution of robotics from “repetitive execution” toward “autonomous adaptation.”

Relevant typical cases

Based on its independently developed atomic deposition technology for nano-thin-film sensitive materials, SunoMeng has pioneered the world’s first nano-thin-film torque sensor products, both internationally and domestically. These sensors replace traditional strain-gage adhesive techniques, offering high measurement accuracy and strong resistance to bending moments. They provide highly precise and reliable torque-sensor solutions to numerous well-known robotics companies in China. SunoMeng’s high-performance torque sensors have significantly supported the performance improvements of several robotics firms—including Siling Robotics—in areas such as force-control precision, system response time, and collaborative safety, collectively driving the large-scale adoption of intelligent robots in industrial and service sectors.

Construction machinery

Rubberized synthetic fiber