The global robotics industry is undergoing a profound transformation driven by technological evolution. As artificial intelligence integrates deeply with mechanical engineering, the technology trajectory is rapidly shifting from early 'collaborative robots' to more autonomous 'general intelligent robots'. In this transformation, Chinese robotics companies are particularly noteworthy, demonstrating unprecedented positive growth due to a complete industrial chain, increased R&D investment, and a deep understanding of application scenarios.
According to MIR DATABANK, China's collaborative robot shipments are expected to reach nearly 27,000 units in the first half of 2026, marking a year-on-year increase of 40.58%. By 2025, domestic brands had already captured over 90% of the market share for collaborative robots, a figure that continues to rise. This rapid growth in China's collaborative robot industry is creating significant competitive pressure on global leaders, impacting market share and intensifying the struggle for technological dominance.
Looking ahead, MIR will release the 'White Paper on the Development of China's General Intelligent Robot Industry' during the 2026 China International Industrial Expo. This document aims to clarify the evolution of technology and market trends, addressing industry pain points related to concept confusion and classification ambiguity. It will also analyze core technologies and provide insights into the competitive landscape, offering a neutral reference for industry stakeholders as China's general intelligent robot sector continues to evolve.
Editor's Note
The shift from collaborative to general intelligent robots in China reflects a significant advancement in robotics technology and market dynamics. This evolution not only enhances local manufacturing capabilities but also intensifies competition on a global scale. As Chinese companies gain ground, established players must adapt to maintain their market positions, highlighting the importance of innovation and strategic localization in the robotics sector.
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