manufacturing trend report

September 2026

manufacturing trend report

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Manufacturing never stands still. From shifting global trade policies to rapid advances in technology, today’s manufacturers face a constant stream of change that shapes how they compete and grow. This trend report brings together key developments from the past month, highlighting movements in trade policy, industry growth, new technology and more. The goal is to provide a clear snapshot of where the industry is heading and the forces most likely to impact manufacturers in the near future.

the industries driving manufacturing growth

What industries have actually been driving manufacturing growth over the first half of this decade and where is that growth expected to continue?

Since 2020, manufacturing has experienced one of the most dynamic periods in recent history. The industry has navigated a global pandemic, supply chain disruptions, inflation, reshoring efforts, and rapid advances in technology. But those forces haven’t affected every sector equally.

One report from Kentley Insights analyzed manufacturing growth across the United States between 2020 and 2025. Looking at compound annual growth rates, the fastest-growing manufacturing industries over the first half of the decade were:

  • Aerospace Product and Parts Manufacturing at 17.9%
  • Petroleum and Coal Products Manufacturing at 14.1%
  • Iron and Steel Mills and Ferroalloy Manufacturing at 12.9%
  • Basic Chemical Manufacturing at 10.8%
  • Primary Metal Manufacturing at 9.6%.

While these industries may seem very different, they share several common themes.

Aerospace has benefited from recovering commercial air travel, increased defense spending, and growing demand for new aircraft. Steel, metals, and chemicals have been fueled by infrastructure investment, reshoring initiatives, and increased domestic manufacturing capacity. Petroleum and coal products have seen continued demand from transportation, industrial production, and energy markets.

Taken together, these rankings tell us that much of manufacturing’s growth during the first half of the 2020s has been driven by industries producing the materials, components, and equipment that support the broader economy, not just consumer products.

But looking ahead, the picture begins to evolve.

Many analysts expect the next phase of manufacturing growth to be shaped by investments in advanced technology, automation, and domestic production.

According to the U.S. Bureau of Labor Statistics, industries such as aerospace products and parts, semiconductor manufacturing, pharmaceutical manufacturing, and electrical equipment are expected to remain among the strongest manufacturing sectors over the coming decade as demand increases for advanced products and highly skilled production.

Similarly, Deloitte’s 2025 Manufacturing Industry Outlook points to continued investment in aerospace, defense, electronics, automation, and advanced manufacturing technologies, supported by reshoring efforts, AI infrastructure, and ongoing federal investments in domestic manufacturing.

When you compare the first half of the decade with expectations for the second half, one trend becomes clear. Manufacturing growth isn’t simply shifting toward more production, it’s shifting toward more advanced production.

The industries expected to lead over the next several years are producing increasingly complex products that require higher levels of precision, quality, traceability, and operational control.

One of the interesting takeaways from this trend is that many smaller manufacturers don’t have to build airplanes or manufacture semiconductors to benefit from these industries. Instead, they often supply them. Machine shops, wire harness manufacturers, fabricated metal companies, electronics manufacturers, plastics processors, and countless other suppliers play an important role throughout these supply chains.

As these industries continue to grow, so do expectations around delivery performance, documentation, quality management, traceability, and production visibility. Manufacturers that can consistently meet those expectations will be well positioned to grow alongside their customers.

It’s also a reminder that understanding where investment is flowing can help manufacturers make smarter long-term decisions about the markets they serve.

trend report
trend report

trade policy update

August brought a few notable developments, particularly around tariffs and the administration’s continued use of trade policy to influence domestic manufacturing.

The biggest development this month was continued escalation with Canada.

The Trump administration imposed additional 50% tariffs on certain Canadian products, using Section 338 of the Tariff Act. The duties were originally scheduled to take effect August 19, although the administration briefly suspended them while negotiations continued. They ultimately took effect August 22. The measures specifically target products that the administration says are subject to discriminatory treatment of U.S. commerce.

The U.S.-Canada relationship remains particularly important for manufacturing because of the integration between the two countries, especially in automotive and parts manufacturing. The administration has also announced a 50% tariff on certain Canadian automotive imports beginning in January 2027, adding another potential disruption to North American automotive supply chains.

We also saw trade policy increasingly tied to strategic manufacturing this month.

On August 6, the administration announced new measures targeting polysilicon and polysilicon derivatives, citing national security and the importance of strengthening domestic semiconductor and solar supply chains. The policy includes a 15% tariff on certain downstream polysilicon products and an incentive program intended to encourage investment in U.S. production. Polysilicon is used mainly in the production of solar panels, semiconductors found in consumer devices, and EVs.

So, the quick snapshot heading into September is: Manufacturing activity is expanding, production is growing, and orders are improving, but trade policy continues to be highly active, particularly with Canada, and new tariff actions targeting strategic industries remain possible.

AI moves into a new phase as regulators begin setting the rules  

For our next trend, we’re looking at the next phase of artificial intelligence in manufacturing: the shift from simply adopting AI tools to understanding how AI can be used responsibly in industries where quality, safety, and compliance are critical.

Over the past few years, much of the conversation around AI has focused on adoption. Manufacturers have explored how AI can help write documentation, analyze information, automate administrative tasks, and improve decision-making. But as the technology continues to mature, a new question is emerging:

How do we make sure AI can be used safely and effectively in environments where mistakes are not an option?

That question is becoming especially important in regulated industries. Earlier this month, the FDA announced that it is seeking public feedback to help shape its regulatory approach for generative AI-enabled medical devices. The agency is looking for input on topics including risk assessment, transparency, performance monitoring, lifecycle management, and how manufacturers should evaluate AI systems that may change or produce different outputs over time.

This is an important distinction from traditional software. Traditional software generally follows predefined rules and produces predictable outputs. Generative AI systems are different. They can generate new outputs based on context, which creates new challenges around validation, monitoring, and accountability.

The FDA’s goal is not to slow innovation, but to understand how these technologies can be used while still protecting safety and maintaining trust.

Acting FDA Commissioner Kyle Diamantas summarized this challenge by saying:

“Artificial intelligence is transforming medicine, and the United States must lead in shaping how this technology is developed and used safely and responsibly.”

The timing of this conversation is significant because AI adoption is already underway. The FDA has authorized more than 1,000 AI-enabled medical devices, demonstrating that artificial intelligence is already playing a role in healthcare. However, generative AI applications remain relatively new, meaning regulators are still working through what responsible adoption should look like.

But this conversation extends well beyond medical devices. Industries like aerospace, defense, pharmaceuticals, and automotive face many of the same challenges. These manufacturers operate in environments where processes must be documented, products must be traceable, and quality decisions must be defensible.

As AI moves closer to production environments, those same questions become increasingly important.

For example, one area gaining attention is the use of AI to support manufacturing operations directly. Rather than simply helping employees find information or summarize data, future AI systems may assist with production planning, equipment decisions, quality analysis, and even interactions with physical manufacturing systems.

Anthropic, the company behind Claude, unveiled this month a new framework that allows AI agents to operate physical devices. This research preview was dubbed “Model Hardware Standard” and would enable AI agents to operate lab and manufacturing equipment in tandem to perform complex tasks. By integrating agentic AI capabilities with manufacturing hardware, Anthropic aims to help engineers execute autonomous round-the-clock workflows with minimal human intervention, helping speed up processes.

This topic also aligns with NIST’s AI initiatives we discussed a while back, part of which focuses specifically on AI-driven autonomous agents designed to scale US manufacturing.

Recent discussions around AI agents and manufacturing highlight this shift. Companies and researchers are exploring how AI systems could eventually interact with laboratory equipment, robotics, and industrial systems—but doing so safely requires strong controls, standardized processes, and human oversight.

This is why governance is becoming such an important part of the AI conversation.

The question is becoming: “Can we trust AI to do this in a controlled, repeatable, and accountable way?”

For small and midsize manufacturers, this trend is important because AI adoption will likely become less about having access to the technology and more about having the right foundation to use it effectively.

Many manufacturers are interested in AI because of the potential benefits:

  • reducing administrative work
  • improving decision-making
  • analyzing production data
  • identifying inefficiencies
  • supporting employees

But those benefits depend on having accurate, reliable information.

AI is only as useful as the data and processes behind it. If production information is incomplete, inconsistent, or difficult to access, AI cannot provide reliable insights.

This is especially important for manufacturers serving regulated industries. As customers and regulators establish expectations around AI usage, suppliers may increasingly need to demonstrate that their processes are controlled, documented, and traceable.

Ultimately, AI will not replace the need for strong manufacturing processes. It will increase the importance of having them.

trend report
manufacturing trends

As we’ve seen throughout this month’s report, manufacturers are facing increasing complexity from every direction: shifting trade policies, growing infrastructure demand, workforce challenges, and evolving customer expectations.

Technology won’t eliminate those pressures. But manufacturers that successfully adopt the right operational tools will be far better equipped to navigate them. And that may be the defining competitive advantage of the next decade.

If you would like to dive deeper into topics like these, follow along with our insights and updates on our blog


resources & citations

2025 Manufacturing Industry Outlook. (2026, June 23). Deloitte Insights.   AI Agent Standards Initiative | NIST. (2026, August 14). NIST.   Anthropic unveils new framework allowing AI agents operate physical devices. (2026, August 26). Reuters.   House, W. (2026, August 6). Adjusting Imports of Polysilicon and its Derivatives into the United States. The White House.   Kinney, J. (2026, August 25). Ohio MEP misused award funds, reported inaccurate financials: NIST OIG. Manufacturing Dive.   Parikh, T. (2026, August 28). US manufacturing is booming — but it’s no thanks to Trump’s tariffs. Financial Times.   Producing the Goods of the Future: Job opportunities in manufacturing. (2026, May). U.S. Bureau of Labor Statistics.   Reuter, E. (2026, August 19). FDA seeks feedback on generative AI regulations. MedTech Dive.   The 20 Fastest-Growing Manufacturing Industries in the U.S. 2026. (2026, July 2). Kentley Insights.   Williams, K. (2026, August 30). What new tariff walls in U.S.-Canada trade war mean for the economy’s critical metals. CNBC.

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