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EN_USFocusing on the complete machine assembly needs of industrial and collaborative robots, Yunxin Robotics provides R&D and manufacturing services for structural components such as joint shells, body shells, module cavities, and protective shells, helping customers improve product structural reliability and assembly consistency.
Zhejiang Yunxin Robotics Technology Co., Ltd. — Precision is born for intelligent manufacturing, and excellence stands for quality. Established at the end of 2025, Zhejiang Yunxin was jointly founded by a listed company with 25 years of experience in precision metal machining and a veteran enterprise deeply engaged in the design and manufacturing of precision automotive parts for over 20 years.
As a newly established enterprise, Yunxin has inherited its parent companies' profound technological accumulation, rich manufacturing experience, and strict quality standards. We specialize in the R&D and production of high-precision structural components for robots. Our products include:
- Robot Joint Shells
- Main Body Shells and Module Shells
- High-Strength Protective Structural Parts
- Lightweight and High-Rigidity Cavity Structures
Our products feature outstanding dimensional precision, excellent structural stability, and durable, reliable performance, widely applied in industrial robots, collaborative robots, and other intelligent automation systems. Headquartered in Zhejiang Province, our business covers the global market. Zhejiang Yunxin Robotics is committed to becoming a leading supplier of key robot structural components, boosting the continuous advancement of intelligent manufacturing through precision manufacturing and customer-centric innovation.
Tailored specifically for embodied AI applications, combining ultimate lightweight design with high-strength alloy materials. They not only possess exceptional geometric precision but also exhibit extraordinary rigidity and fatigue life under complex dynamic loads, providing reliable structural support for the precise and dexterous operations of robots.
Addressing the safety and flexibility requirements of human-robot collaboration scenarios, we provide cavity components with high consistency and precision. Through rigorous stress simulation tests and precision machining processes, our products ensure that robot joint modules operate smoothly and quietly over long periods, meeting the strict industrial standards of high-frequency collaborative environments.
Aimed at high-load, high-speed industrial environments, we forge a robust and durable “skeletal” system. Utilizing special metal materials and deep-hole machining processes, we ensure that shell components have extremely high thermal stability and shock resistance, helping industrial robots achieve efficient, continuous, and trouble-free automated production operations.
