Universal Robots Unveils Gen 7 Cobot Platform for Physical AI

Universal Robots, a Teradyne Robotics company, recently pulled the curtain back on its seventh-generation robotics platform at the IMTS tradeshow in Chicago. Unveiled on September 14, 2026, this comprehensive hardware and software overhaul is explicitly designed to drag artificial intelligence out of the research lab and directly onto the factory floor.

By pairing a completely reengineered control box and teach pendant with the new PolyScope X operating system, the company is delivering an out-of-the-box solution that is fully prepared for advanced physical AI deployments.

The new platform introduces three distinct g-Series robot arms: the UR10g-1750, UR17g-1300, and UR18g-950. These models are specifically named to reflect their respective payload capacities and reach distances. What truly sets this generation apart is the innovative tool flange. Instead of relying on messy, external cabling, the flange delivers high-bandwidth data, power, and safety protocols directly to the end-effector.

This streamlined architecture supports the heavy computational demands of real-time machine vision, while built-in force-torque sensing and impedance control give the machines a genuine sense of touch for delicate, force-sensitive assembly tasks.

At the heart of the system lies the CB7 Core controller, which packs 40 percent more computing power into a significantly reduced physical footprint. This compact powerhouse eliminates the need for bulky external network switches by natively connecting to PLCs, vision systems, and manufacturing execution platforms. Paired with the 20 percent lighter TP7 teach pendant and the detachable SP7 Smart Panel, operators can program complex sequences right at the point of action.

Furthermore, the PolyScope X software environment features open APIs and native ROS2 communication, actively reducing integration friction for advanced automation by allowing developers to run edge-AI applications directly onboard without external processing units.

The true test of any industrial platform is the strength of its surrounding ecosystem. At the tradeshow, the new hardware was showcased alongside over twenty partner integrators, including industry heavyweights like Inbolt and Cognex. By running complex vision algorithms natively on the UR controller itself, manufacturers can now localize parts without relying on custom jigs or fixtures.

This capability slashes production ramp-up times from weeks to mere hours, a critical advantage in high-mix, low-volume manufacturing environments. Backed by the rigorously validated UR+ portfolio, this generation of collaborative robotics proves that the future of the factory floor is not just automated, but intelligently adaptive and ready for the demands of tomorrow.