US robotics rebound, defense capacity buildout, and AI partnerships define manufacturing's mid-2026 moment

US robotics installations bounced back in 2025 and are on track for further growth in 2026, according to Manufacturing Dive citing International Federation of Robotics figures presented at Automate 2026. That data point is arriving at a moment when the broader manufacturing sector is pressing forward on multiple fronts at once: physical capacity expansion, tighter additive manufacturing workflows, and software partnerships designed to wire AI across the entire product lifecycle.

Defense demand pulls metal 3D printing capacity higher

Velo3D is the most visible example of factories being built to match the moment. The company has opened a 289,000-square-foot campus with nearly 10 million cubic feet of production space, designed from the ground up to house more than 100 metal 3D printers, according to Manufacturing Tomorrow. The stated rationale is direct: defense and aerospace customers need qualified production volume, and they need it at scale.

That push is not happening in isolation. Manufacturing Dive has reported that industrial manufacturing mergers and acquisitions hit a record $173 billion over the past year, per a PwC analysis, with AI and defense cited as key drivers of deal activity. Physical buildouts and balance-sheet moves are running in parallel, reflecting confidence that demand in these sectors will hold.

Closing the gap between print and finished part

Capacity alone does not resolve a persistent friction in additive manufacturing: the cost and delay that accumulate after a part leaves the printer. Manufacturing Tomorrow reports that between 30 and 50 percent of an additive component's total cost lands in post-print steps, including finishing, drilling, tapping, inspection, and handoffs between separate vendors. AM2CNC addresses this directly by carrying a workpiece from additive preform through to a qualified, ready-to-use part inside a single workflow under one vendor, eliminating the integration gaps that invite quality variation and schedule risk.

The move toward integrated workflows reflects a wider pattern. Whether it is consolidating post-processing steps or linking maintenance software to a broader partner ecosystem, manufacturers in 2026 are focused on reducing the seams between previously disconnected stages of production.

Siemens and IFS target the full product lifecycle with AI

On the software side, Siemens and IFS announced a partnership aimed at connecting design, production, and asset performance in what both companies describe as a continuous loop. According to Manufacturing Tomorrow, the collaboration uses industrial AI to tie engineering intent to operational outcomes, meaning data generated during a product's working life can feed back into how the next version is designed and built.

The ambition is to give manufacturers real-time visibility across stages that have historically been managed in separate systems. For industrial operators, the practical payoff is adaptability: the ability to respond to field performance data without waiting for a formal product review cycle.

Robotics and automation partnerships multiply

Beyond headline partnerships, smaller-scale moves are accumulating across the automation sector. UK-based industrial automation specialist iconsys announced a partnership with Tebulo Robotics to accelerate robotic deployments in heavy industry, per Manufacturing Tomorrow. The agreement is structured around accelerating deployment speed, not just adding capability to a product catalog.

Meanwhile, CMMS provider eMaint formalized its partner ecosystem for the first time, launching a global partner network intended to give industrial maintenance customers access to a wider set of technologies and services. The program's timing reflects an expectation that asset performance management is moving from a back-office function to a strategic priority, one that justifies a structured partner channel.

Protecting hardware in hazardous environments

Not all investment is flowing toward software and AI. EXAIR's newly highlighted Dual Hazardous Location Cabinet Cooler Systems, rated for cooling capacities up to 5,600 Btu/Hr, are designed for oversized control panels, motor control centers, and other electrical enclosures operating in explosive gas or combustible dust environments, according to Manufacturing Tomorrow. As automation hardware moves deeper into process-heavy and classified environments, thermal management for the electronics controlling those systems becomes a practical engineering requirement, not an optional upgrade.

Taken together, the announcements of the past two days capture the texture of a manufacturing sector that is investing broadly and with some urgency. The IFR robotics rebound data, Velo3D's campus opening, and the Siemens-IFS AI collaboration are all scheduled to be discussed further at industry events in the coming weeks, with Automate 2026 serving as an early forum for much of the robotics data already in circulation.