The Nikkei reports on FANUC’s U.S. shift in the AI era and parts supply chain

The Nikkei reported on Sept. 28, 2026, that FANUC is shifting toward the United States in the AI era and that its president considers the parts supply chain a source of concern. The report showed that expanding in the U.S. and securing a stable supply chain are concurrent challenges for the robotics giant’s business operations.

If FANUC proceeds with its U.S. shift, it may need to organize supply and maintenance closer to its sales destinations. But if parts supply chain constraints persist, unstable component sourcing could become a bottleneck even as the company expands regionally.

What is new in this report is that FANUC’s focus has shifted beyond AI adoption and robot capabilities to operational matters: its U.S. shift and parts supply chain. However, the excerpt provides only headline-level facts; it does not specify which sites would be moved or which parts are constrained. In other words, the strategic direction is visible, but the details of implementation have not yet been reported. Related articles from this newspaper include FANUC demonstrates an AI welding agent and The Nikkei reports on an AI welding robot from FANUC and Google. Those articles focused on AI applications involving drawing recognition and welding automation, while this report brings into focus the issues of supply chains and geographic footprint that lie beyond them. It suggests that competitive conditions depend not only on advancing AI capabilities but also on where components are secured and where production and supply are organized. The industry-wide implication is that stable sourcing of components such as motors, reducers, controls and electronic parts could become a prerequisite for expanding business in the U.S., alongside competition over robot performance. If the U.S. shift advances, supply chains may need to be redesigned in addition to sales and maintenance operations, potentially creating challenges that a simple export-based model cannot easily absorb. However, the excerpt does not specify the scope of any such redesign or which parts are involved, making the extent of any relocation the next point to watch. Unresolved questions include whether the U.S. shift involves transferring production or strengthening sales and maintenance, which parts of the supply chain are problematic, and how AI-related initiatives are connected to supply chain restructuring.

For Japanese suppliers of robotics components and control equipment, expansion into the U.S. is likely to place greater emphasis on supply stability and local response capabilities. However, the excerpt does not identify the parts or suppliers involved, so the implications for Japanese companies remain general.