The narrative of China’s rise as a global technological power finds one of its most compelling chapters in the story of its robotics industry. The journey of the China robot, from a nascent dream to a cornerstone of modern industry, is a testament to decades of perseverance, strategic vision, and unwavering patriotic dedication. This story, eloquently captured in the award-winning reportage literature “China Robot,” transcends mere technical achievement; it embodies the spirit of a nation determined to claim its place at the forefront of innovation. The saga of the China robot is not just about machines; it is about the scientists and engineers who imbued them with purpose, transforming a national aspiration into a tangible force reshaping global manufacturing and technological landscapes.
- The Genesis: A Dream Forged in Adversity
The origins of the China robot are deeply intertwined with the personal dreams of its pioneers. In the early 1980s, as China began to open its doors, the concept of robotics was a distant novelty. A young student named Qu Daokui, about to graduate from Jilin University, encountered a foreign magazine on automation and declared his intention to pursue postgraduate studies in robotics. This ambition, however, was met with a harsh reality: the field was virtually nonexistent in China at the time. Yet, the resolve of this generation of intellectuals was unshakable. Qu Daokui’s persistence led him to a seminal research article, “An Investigation Report on Robots and Artificial Intelligence,” which introduced him to the figure who would become the guiding light for the China robot initiative: Jiang Xinsong, later revered as the father of Chinese robotics.
Jiang Xinsong’s own path was shaped by a profound sense of duty. From his mother, he learned the inseparable link between “nation” and “family.” This lesson crystallized into a lifelong motto: “Learn skills well and serve the country.” Upon entering the Chinese Academy of Sciences, he felt his personal fate become irrevocably linked to the nation’s cause. The dream of a China robot began to sprout in this fertile ground of patriotism. However, the late 1960s and 1970s presented immense political and technological barriers. It was the watershed Third Plenary Session of the 11th CPC Central Committee, which ushered in an era of modernization and ideological emancipation, that provided the crucial turning point, liberating intellectual potential and redirecting it toward scientific endeavors like robotics.
A pivotal moment in the consciousness of China’s leadership came in 1978 when Deng Xiaoping, during a visit to Japan, witnessed the efficiency of robotic production lines. His awe-struck remark, “Now I understand what modernization means,” underscored the strategic importance of robotics for national development. Concurrently, the thawing of Sino-American relations opened a “friendly corridor” for scientific exchange. A cohort of Chinese students was sent abroad, including to the United States, with pioneers like Professor Tan Zizhong offering crucial support to nurture talent for the China robot project. Qu Daokui, through sheer diligence, became China’s first master’s degree graduate in robotics, studying under Jiang Xinsong. The stage was set, but the path was fraught with humiliation. In 1979, at an international AI symposium in Tokyo, Jiang Xinsong’s request to purchase a Japanese robot was met with a condescending refusal and a prediction of 15 years of non-cooperation with China. This insult ignited a fierce national pride, solidifying his vow to dedicate his life to developing a world-class China robot and restoring dignity to Chinese industry.
- Breakthroughs and Giving Life to the China Robot
The journey from determination to realization was arduous. The development of the China robot became a national mission, symbolizing the struggle for technological self-reliance. In 1982, the Shenyang Institute of Automation successfully developed China’s first industrial robot. Though rudimentary—described as merely an “embryo” or a single “arm”—it represented a monumental leap, compressing decades of foreign research into a single year. This achievement marked the true beginning of the China robot era. By December 1985, another milestone was reached: the “Hai Ren No.1” (Sea Man No. 1) underwater robot successfully completed its maiden voyage, diving to 199 meters and retrieving objects from the seabed. While this placed China on the global map, the gap with superpowers capable of submersing robots thousands of meters deep was starkly clear, fueling the relentless drive to catch up.
The institutional framework for this catch-up was provided by the legendary “863 Program.” In March 1986, four senior scientists—Wang Daheng, Wang Ganchang, Yang Jiachi, and Chen Fangyun—wrote to the Central Committee, urging the nation to track world advanced levels in high technology. Their initiative led to the state-level “863 Plan,” which strategically included robotics as a key focus area, directing resources toward core technologies like “chips” and “brains” for robots. Jiang Xinsong’s leadership was instrumental; his team achieved in just over four years what was projected to take twenty, dramatically accelerating the China robot timeline. As Song Jian, then State Councilor, noted, “In this field, China has hope and confidence.”
The real test, however, was translating research into industrial strength and breaking foreign monopolies. The China robot narrative is replete with instances of technological blockades. A Jinbei Automobile Company production line was paralyzed after foreign partners reneged on technology transfer. China National Petroleum Corporation could only rent, not buy, a critical IBM supercomputer, with US personnel monitoring its use on-site—a situation Song Jian termed “a great humiliation for the Chinese people.” In response, Chinese scientists channeled the unique “China spirit” to create miracles. The development of robots like the “Little White Dragon AGV” and the “Deft Lingling” welding robot shattered these foreign “blockade chains,” proving the China robot’s capabilities.
As traditional industries, especially in the northeastern “Rust Belt,” faced decline, Jiang Xinsong prophetically advocated for high-tech transformation through agile manufacturing and industrial upgrading. His vision was clear: the China robot must move from the laboratory to the market. The establishment of companies became imperative to drive this industrialization. The success of early robots in practical applications validated this direction. Song Jian emphasized that turning scientific achievements into productive forces for national economic construction was the fundamental purpose of research. A landmark moment occurred in October 1996 when China exported its mobile robot technology to South Korea, signaling the China robot’s entry into the international high-end manufacturing arena.
Throughout this period, the human element remained paramount. Jiang Xinsong’s personal motto, “persistence,” passed on to his protégé Qu Daokui, defined the ethos. In a poignant article penned before his passing, “The Motherland and Science, the Attachment and Pursuit in My Heart,” Jiang Xinsong encapsulated his life’s creed: dedicating one’s limited life to emitting greater light and heat for the country and science. He placed “dedication” at the core of his institute’s values, asserting that true elites are those who care for national interests and possess a patriotic heart. His sudden passing in the prime of his work left a void, but also a powerful legacy that would continue to propel the China robot forward.
| Year | Milestone | Significance for China Robot |
|---|---|---|
| 1982 | Development of the first industrial robot at Shenyang Institute of Automation | Marked the foundational birth of indigenous China robot research and manufacturing capabilities. |
| 1985 | Successful maiden test of the “Hai Ren No.1” underwater robot | Demonstrated China robot’s advancing proficiency in specialized marine robotics, entering global competition. |
| 1986 | Inclusion of robotics in the national “863 Program” | Provided crucial state-level strategic support and funding, accelerating systematic China robot R&D. |
| 1996 | First export of mobile robot technology to South Korea | Signified the China robot’s initial foray into international markets as a competitive technology provider. |
| 2000 | Formal establishment of Siasun Robot & Automation Co., Ltd. | Created a major market entity to drive the commercialization and industrialization of the China robot. |
| 2009 | Siasun listed as one of the first 28 companies on China’s ChiNext board | Established “China robot’s first stock,” enabling capital market leverage for global expansion of the China robot industry. |
| 2012 | “Jiaolong” manned submersible sets deep-sea record of 7,062 meters | Underpinned by automation systems from Shenyang Institute, it showcased world-leading China robot technology in extreme environments. |
| 2015 | Launch of a digital smart factory by Siasun featuring robots building robots | Embodied the integration of China robot, intelligent equipment, and IT, aligning with Industry 4.0 principles. |
- The Giant on the Move: China Robot in the Global Arena
Following Jiang Xinsong’s legacy, Qu Daokui took the helm to fully thrust the China robot into the market. The establishment of Siasun Robot & Automation Co., Ltd. in April 2000 was a pivotal step, realizing Jiang’s dream of forming China’s own robotics industry. Operating under a “one institute, two systems” model promoted by the Chinese Academy of Sciences, Siasun balanced cutting-edge R&D with aggressive market expansion. Qu Daokui, a “blue-hat” scholar-entrepreneur, navigated competitive markets and complex corporate landscapes. His sales teams successfully promoted products like the “Little Dragon Horse AGV,” securing contracts in the automotive sector and marking the China robot’s decisive entry into a core manufacturing industry.
Siasun’s growth was meteoric. It built a comprehensive family of China robots, including mobile robots, welding robots, heavy-duty military “King Kong” robots, server robots, cleanroom robots, and 3D printing systems. The company’s crowning achievement came in 2009 when it became one of the first 28 companies listed on China’s Growth Enterprise Market (ChiNext), earning the title of “China robot’s first stock.” This provided the capital for internationalization and allowed Siasun to achieve a “curve overtaking” through independent innovation, systematically breaking foreign technological monopolies that had long constrained the China robot sector.
The strategic context for the China robot evolved with national initiatives like “Made in China 2025” and “Internet Plus,” aimed at transitioning Chinese manufacturing towards medium-high end capabilities. President Xi Jinping’s description of robots as “the pearl on the crown of manufacturing equipment” highlighted their central role. The world’s entry into the Industry 4.0 era presented both a challenge and an opportunity. In 2015, Siasun’s launch of a digital smart factory—where robots manufacture robots—epitomized the fusion of robotics, intelligent equipment, and information technology, positioning the China robot at the heart of the fourth industrial revolution.
Industry summits like the China Robot TOP 10 were convened to foster a healthy ecosystem, integrate resources, and cultivate internationally competitive Chinese robot brands. The goal is clear: to guide the transition of China from a large robot-using country to a powerful robot-creating nation. The journey of the China robot, as Qu Daokui reflected, required Chinese technologists to “straighten their spines” so that the China robot could stand tall. The “Siasun Spirit,” inherited from Jiang Xinsong’s dedication, became the intangible driver of success. Today, the China robot, once a struggling dream, has indeed grown into a giant, carrying the aspirations of generations of Chinese scientists and walking confidently among the world’s technological leaders.
The chronicle of the China robot, as vividly documented, is far more than a technical history. It is a profound narrative of national rejuvenation. From the early vows of Jiang Xinsong and the relentless research of Qu Daokui to the market triumphs of Siasun, the path was paved with difficult choices, innovative breakthroughs, and an unyielding spirit that overcame countless obstacles. The story answers fundamental questions about industrial patriotism, breaking Western technological封锁, and reclaiming China’s scientific dignity on the global stage. In an era defined by technological competition, the saga of the China robot provides a crucial narrative—one of resilience, strategic foresight, and triumphant innovation. As a major power rises, the China robot continues to compose new and illustrious chapters in the annals of global industry, its journey a permanent testament to the power of a dream fused with unwavering national purpose.
The evolution of the China robot industry demonstrates a clear trajectory from importation and imitation to innovation and leadership. The following table summarizes the comparative phases of this development, highlighting how the focus of the China robot ecosystem has shifted over time, directly contributing to its current global stature. This progression underscores the strategic maturation of the China robot initiative.
| Phase | Time Period | Primary Focus | Key Characteristics | Outcome for China Robot |
|---|---|---|---|---|
| Foundation & Research | Late 1970s – 1980s | Basic R&D, Technology Acquisition | State-led projects (e.g., 863 Program), focus on mastering core robotics principles, first prototypes. | Establishment of technical groundwork and research institutions for the China robot. |
| Breakthrough & Demonstration | 1990s | Technological Independence, Key Projects | Developing indigenous robots to break foreign monopolies (e.g., AGVs, welding robots), initial exports. | Proved technical capability of China robot, began gaining international recognition. |
| Industrialization & Market Expansion | 2000s | Commercialization, Company Formation | Establishment of firms like Siasun, entry into automotive and general manufacturing markets, stock listing. | China robot became a commercial product and viable industry, achieving scale. |
| Integration & Global Leadership | 2010s – Present | Smart Manufacturing, Industry 4.0 | Integration with AI, IoT, and big data; development of complete digital smart factories; global competition. | Positioning of China robot at the forefront of the next industrial revolution, striving for global brand leadership. |
Reflecting on this journey, the narrative of the China robot is continuously unfolding. Each phase built upon the last, driven by a blend of individual sacrifice, institutional support, and national strategy. The initial dreams of pioneers like Jiang Xinsong have materialized into a dynamic and powerful industry. The China robot story is now intrinsically linked to broader narratives of global supply chains, automation ethics, and the future of work. As this industry advances, it carries forward the legacy of its founders—a legacy defined not just by technological prowess, but by the profound commitment to contributing to national strength and global progress through innovation. The giant is indeed on the move, and the world watches as the next chapter of the China robot is written.