- Demand for robots in North America increased slightly, with a 2% rise in orders.
- Sectors like semiconductors, pharmaceuticals, and automotive components drove growth.
- Cobots made up a significant share, especially in pharmaceuticals and electronics, highlighting a shift towards flexible automation.
North American robot orders picked up in the first half of 2026, as demand for automation expanded across nearly every major manufacturing sector. According to data from the Association for Advancing Automation (A3), companies in North America ordered 2% more robots year-over-year, while spending rose to $1.2 billion, up 6.6% from the same period in 2025.
Semiconductors and electronics led the way with a 35% year-over-year increase, followed by pharmaceuticals, up 32%; automotive components, up 24%; food and consumer goods, up 17%; and plastics and rubber, up 6%.
"The first half of 2026 continued a trend that has been building over the past several quarters: robotics demand is becoming increasingly diversified across industries," A3 said.
That growth came despite a 25% drop in unit orders from automotive vehicle producers, as gains in automotive components and other industries helped make up the difference.
Collaborative robots , or "cobots" , also accounted for a significant share of orders. More than 15% of all orders in the first half of the year were for cobots, while they made up nearly 13% of all orders in Q2. The share was even higher in pharmaceuticals and semiconductor/electronics, where cobots represented 44% and 37% of first-half orders, respectively.
As the International Federation of Robotics noted in a 2024 research paper, cobots offer a fast entry into automation for small and medium-sized manufacturers, given that they're often easier to set up than traditional industrial machinery, take up less space, and can be easily moved between different jobs on a factory floor.
Takeaways
The latest robot order figures point to a market that is not just growing, but also broadening. For manufacturers, that matters because adoption patterns often reveal where automation is becoming practical, urgent, and financially attractive. The rise in spending alongside modest unit growth suggests that buyers may be prioritizing systems with greater capability, more integration, or better fit for high-value production environments.
One of the biggest themes in this update is diversification. Automation is no longer being driven by just one or two sectors. Instead, electronics, pharmaceuticals, automotive components, food, consumer goods, plastics, and rubber all contributed to demand. That spread is important because it shows how robotics is moving deeper into the operational core of manufacturing, rather than remaining limited to a few highly automated lines.
The strong performance in semiconductors and electronics also reflects how critical precision, speed, and consistency have become in modern production. These industries often rely on tightly controlled processes, and robotics can help support output without sacrificing quality. In parallel, the growth in pharmaceuticals points to continued interest in automation where traceability, repeatability, and controlled handling can be especially valuable.
Another notable signal is the role of cobots. Their share in the first half of the year suggests that many buyers are looking for flexible automation options that can be deployed without large-scale facility redesigns. For companies exploring sourcing strategies for equipment, cobots can be appealing because they may fit more easily into existing workflows and support incremental automation rather than requiring a full factory overhaul.
From a logistics perspective, more automation in manufacturing can also influence how plants manage throughput, inventory flow, and labor allocation. Faster or more consistent production may help companies better coordinate upstream sourcing and downstream shipment schedules. In that sense, robotics demand is not only an equipment story; it is also tied to broader operational planning across supply chains.
The decline in orders from automotive vehicle producers adds another layer to the picture. It shows that growth can shift within an industry rather than disappear entirely. When one segment slows, another can compensate, especially when demand is distributed across multiple categories. That is one reason this report matters: it reflects resilience in the broader industrial automation market.
For business leaders, the message is straightforward. Automation is increasingly a lifestyle of production for modern factories , not a one-time investment, but a continuing approach to staying competitive. Whether a company is in electronics, food processing, pharmaceuticals, or consumer goods, the pressure to improve productivity, consistency, and adaptability is likely to remain.
Frequently Asked Questions
Why are robot orders important as an economic signal? Robot orders can reflect how manufacturers are planning for future production needs. When orders rise, it often suggests companies expect continued activity, need more capacity, or want to improve efficiency.
What does the growth in cobot orders suggest? It suggests manufacturers are looking for flexible automation that can be easier to deploy and adapt than traditional systems. Cobots may be especially attractive for smaller operations or facilities with changing production demands.
Why is the electronics sector leading robot demand? Electronics production often relies on precision, consistency, and high-volume workflows, which makes automation a natural fit. Robotics can support those needs while helping maintain stable output.
What does the diversification of demand mean for the market? It means robot adoption is spreading across more industries. That usually indicates automation is becoming more practical for a wider range of business models and production environments.
How should manufacturers think about automation planning? They may want to evaluate where robotics can improve consistency, reduce bottlenecks, and support scalable growth. The best approach often depends on facility layout, workforce needs, and long-term sourcing priorities.
Disclaimer: This article may have been created with AI assistance and reviewed by our editorial team. It is provided for general informational purposes only. Readers should verify information independently before relying on this content.
