Universal Robots, the company that arguably created the collaborative robot market, has unveiled its first major platform overhaul in years. Announced at the IMTS tradeshow in Chicago, the new Gen 7 platform is a ground-up redesign aimed squarely at the next frontier of manufacturing: making “physical AI” less of a science project and more of a factory-floor reality. Building on a legacy of over 100,000 cobot deployments, UR is betting that ease of use is still king, even as the tasks get infinitely more complex.
The launch introduces a new family of “g-Series” robot arms, a redesigned controller, and a new operating system, all engineered to slash the integration headaches that plague AI-driven automation. “The robots of the AI era must be advanced, not complicated,” stated Jean-Pierre Hathout, President of Universal Robots’ parent company, Teradyne Robotics.
At the heart of the Gen 7 platform are tangible hardware upgrades designed to eliminate clutter and complexity. The new CB7 Core controller packs 40% more compute power into a 30% smaller footprint, a welcome change for crowded factory floors. More importantly, the new g-Series arms feature an “AI-ready” tool flange that integrates power (24/48V), high-speed data (1Gb Ethernet), and safety I/O directly at the wrist. For anyone who’s ever wrestled with a “dress kit” of external cables for a vision system, this is a major quality-of-life improvement that directly supports the high-bandwidth sensors needed for real-time AI.
The software sees a similar focus on integration. The new PolyScope X operating system provides native support for ROS 2, the open-source framework beloved by robotics researchers and developers. This, combined with open APIs, is a clear invitation for the AI community to build applications directly on UR’s hardware, moving their creations from the lab to live production lines. Partners like Inbolt are already showcasing vision systems that run natively on the new controller, eliminating the need for an external PC.
Why is this important?
Universal Robots didn’t just make a faster or stronger robot arm; it addressed the primary bottleneck holding back intelligent automation: system integration. By cleaning up the physical cabling at the tool, embedding more compute power, and embracing open standards like ROS 2, the Gen 7 platform significantly lowers the barrier to entry for deploying complex AI applications.
This is a strategic move to defend its market-leading position (an estimated 40% share of the cobot market) as the industry shifts from simple pick-and-place tasks to more dynamic, perception-driven work. Universal Robots is positioning its platform not just as a tool, but as the underlying infrastructure for the next generation of physical AI, hoping to make deploying a neural network as straightforward as programming a waypoint.