Thursday, March 26, 2026
FANUC America, a global leader in robotics and automation systems, has announced a significant $90 million investment aimed at expanding its robot manufacturing capacity in the U.S. This investment will result in a new state-of-the-art facility in Michigan, designed to meet the growing demand for robotics solutions and support the future of American manufacturing.
The new 840,000 square foot facility, slated for completion by late 2027, will provide flexible, production-ready space, enabling FANUC America to scale its U.S.-based manufacturing capabilities for robots. This expansion is expected to create 225 new jobs, further enhancing the company’s engineering capacity and advanced manufacturing capabilities.
“This investment builds on FANUC America’s Michigan manufacturing footprint, which has included producing robots for paint application domestically for more than four decades,” said Mike Cicco, President and CEO of FANUC America. “By expanding our U.S. presence, we strengthen domestic manufacturing, improve responsiveness to customer needs, and support industries that rely on automation to stay competitive.”
Since 2019, FANUC America has committed nearly $300 million in various facilities across the U.S., expanding its footprint to 3 million square feet and generating over 700 jobs. This substantial investment demonstrates the company’s dedication to strengthening its position within the global automation sector while enhancing its capabilities in the North American market.
The new facility is not just about expanding manufacturing capacity but also addressing the growing demand for automation expertise. The company’s commitment to U.S. reindustrialization is evident through its plans to open a newly expanded FANUC Academy later this year in Auburn Hills, Michigan. The Academy will become the largest robotics and automation skills development center in the country, helping to close the national manufacturing skills gap.
“FANUC America is committed to supporting U.S. reindustrialization by delivering state-of-the-art automation technologies to customers and broadening access to advanced manufacturing workplace training services,” Cicco stated. “The shift toward AI-enabled robotics is transforming industries, and the FANUC Academy will play a vital role in preparing the next generation of talent to meet this demand.”
This investment is part of a broader strategy to foster a workforce equipped to tackle the rapidly evolving automation landscape. As the shift toward AI-enabled robotics accelerates, FANUC America’s initiatives are ensuring that the U.S. remains competitive in an increasingly automated world.
FANUC America’s expansion also highlights the critical role of automation in enhancing the efficiency and competitiveness of U.S. manufacturing. As industries across North America increasingly turn to robotics for production, FANUC’s move ensures that American manufacturers have access to cutting-edge automation technologies that can improve operational efficiency, reduce costs, and drive innovation.
The company’s decision to increase its U.S. presence underscores the growing significance of robotics and automation in meeting the demands of modern manufacturing. As the sector continues to evolve, FANUC America remains at the forefront, delivering the tools and technologies needed to help industries across North America stay competitive in a global marketplace.
FANUC America’s $90 million investment is a transformative step in bolstering the U.S. manufacturing sector and meeting the increasing demand for automation solutions. With the new Michigan facility set to open in 2027 and the expansion of its robotics academy, the company is not just investing in infrastructure but also in the future of manufacturing talent. By focusing on AI-enabled robotics and workforce development, FANUC America is poised to help the U.S. maintain its leadership in the rapidly advancing global automation industry.
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Tags: AI-enabled robotics, automation, FANUC America, robotics manufacturing, U.S. manufacturing expansion
