Amid the global transformation of the automotive industry toward intelligence, electrification and flexibility, automation technology has become a key engine reshaping automotive production models and enhancing core competitiveness. Rooted in Kunshan and serving the whole country, Kunshan Xinda Automation Engineering Co., Ltd. (hereinafter referred to as "Kunshan Xinda") was officially established in 2018. Driven by technological innovation as its core force, the company has deeply engaged in the field of automotive manufacturing automation. Relying on solid technical accumulation, precise market positioning and high-quality service capabilities, it has evolved from an enterprise focused on automation engineering services into a benchmark service provider of automation solutions for automotive manufacturing. With its innovative strength, Kunshan Xinda has written a new chapter in the development of China's intelligent automotive manufacturing and led the industry toward a more efficient, intelligent and green future.
As an innovation-driven enterprise integrating scientific research and development, technological transformation and engineering services, Kunshan Xinda has always taken "technological innovation" as the cornerstone of its development. Its predecessor can be traced back to Shanghai Zhouyun Automation Engineering Co., Ltd., founded in 2013, which accumulated profound technical experience and market resources through years of industry practice. After relocating to Kunshan, leveraging the city's superior industrial environment and geographical advantages, Kunshan Xinda further focused on its core businesses. Centered on robotics technology, it specializes in key application scenarios in automotive manufacturing, including robotic welding, paint spraying and robotic gluing. By continuously strengthening its technological advantages and developing standardized and customized automation solutions, the company has gradually established a full-chain service system covering "R&D, design, implementation and operation and maintenance", providing life-cycle automation technical support for automotive manufacturers.
The core of technological innovation lies in dual investment in talent and R&D. Adhering to the strategy of "invigorating the enterprise with talent and strengthening the enterprise through R&D", Kunshan Xinda has built a professional technical team of 120 experienced robotics engineers and electrical engineers. All team members boast years of industry experience and possess profound technical expertise and practical capabilities in automation equipment R&D, system integration, program debugging and other fields. To continuously enhance its R&D strength, the company has steadily increased R&D investment, focusing on key technical pain points in automotive manufacturing automation. Through in-depth research and tackling key problems, it has developed a number of core technologies and products with independent intellectual property rights. To date, the company holds 10 patents, 5 software copyrights and 8 trademarks. A number of technological achievements have been successfully applied in actual production, effectively resolving bottlenecks in efficiency and quality challenges in automotive manufacturing.
In terms of core technology R&D and achievement transformation, Kunshan Xinda has always based itself on the needs of the automotive manufacturing industry, kept pace with industrial technological trends and focused on technological breakthroughs in key links, launching a series of highly competitive technological achievements and solutions. In response to problems such as offset, misalignment and insufficient precision commonly encountered in automotive wire welding, the company developed a "supporting tool for automotive wire welding", which has been granted a national patent. Featuring a unique centering design and fixing structure, the tool ensures accurate positioning and orientation of cables during welding, reducing welding precision loss caused by cable movement or shaking. It not only improves welding stability and reliability but also saves time and labor on manual adjustment, significantly boosting welding efficiency and providing an efficient and convenient technical solution for automotive wiring harness manufacturers.
