Jiangxi Ganzhou Targeted by Nvidia, 'Black Stones' Moved Overnight

Ganzhou's Indispensable Role in AI Robotics

Nvidia's aggressive push into embodied AI robots has brought an unexpected region into the global tech spotlight: Ganzhou, Jiangxi, China. The article details how Nvidia's procurement teams made multiple visits to Ganzhou in 2025, seeking a seemingly ordinary black metal block. This material is, in fact, Neodymium Iron Boron (NdFeB), the strongest permanent magnet known to man, crucial for the joint motors of next-generation robots. Ganzhou's significance stems from its vast reserves of medium and heavy rare earths, which constitute over 80% of China's total and more than 70% of the global supply, making it an irreplaceable source for high-performance NdFeB production.

The region's rare earth industry has undergone a significant transformation since 2011, moving from a chaotic, environmentally damaging mining state to a consolidated, strategically controlled sector. The establishment of Ganzhou Rare Earth Group Co., Ltd. and the subsequent focus on downstream, high-value permanent magnet materials have positioned Ganzhou as a key player. By 2020, Ganzhou accounted for approximately one-third of China's rare earth permanent magnet material capacity, initially serving electric vehicle and wind power industries, and now poised to meet the burgeoning demand from AI robotics.

The Strategic Shift Towards Embodied AI

Jensen Huang, Nvidia's CEO, has publicly articulated a vision where the next trillion-dollar AI market lies not in larger models, but in capable, physical robots. This strategic shift, which became more pronounced in the latter half of 2024, saw Nvidia launch the Project GR00T platform for humanoid robot foundational models and invest in leading embodied robot companies like Figure AI and 1X Technologies. The bottleneck for this vision, as highlighted by the article, is the need for high-performance NdFeB in robot joint motors. Without these advanced magnets, achieving the necessary torque density, optimizing robot weight, and extending battery life become insurmountable challenges.

The demand for NdFeB in robotics is substantial; a single Tesla Optimus robot, for instance, requires about 4 kilograms of the material, twice that of an electric car. While current robot sales are modest, the potential for millions of units annually in industrial and domestic settings signals an enormous future demand. This anticipated surge is a primary driver behind Nvidia's direct engagement with suppliers in Ganzhou, underscoring the critical link between advanced materials and the realization of next-generation AI hardware.

A Decade of Growth and Future Expansion

Two chemistry graduates, Lao Cai and Lao Hu, founded a permanent magnet material factory in Ganzhou in 2008, focusing on high-performance NdFeB. Despite starting small and late, their persistence through a lengthy certification process led them to become key suppliers for electric vehicle giants like BYD (2010) and Tesla (2012). The company experienced a triple-wave growth from 2018 to 2025, driven by the exponential rise in electric vehicle sales, significant expansion in wind power, and the nascent but rapidly growing embodied robotics sector.

By 2025, the factory's revenue reached 7.718 billion yuan, a 3.2-fold increase in five years. To meet escalating global demand, the company initiated an IPO in 2018 and embarked on major expansion projects, including new production bases in Baotou and Ningbo. By the end of 2025, its annual NdFeB capacity reached 40,000 tons, with plans to increase to 60,000 tons by 2027. This projected capacity would account for over one-third of the estimated global demand for high-performance NdFeB, solidifying Ganzhou's factory as a pivotal supplier for industries ranging from deep-sea exploration to domestic assistance robots, and a crucial component in the global AI competitive landscape.