Universal Robots Unveils Seventh-Generation Collaborative Robot Platform, Gen 7

Universal Robots, a subsidiary of Teradyne Robotics, unveiled its seventh-generation collaborative robot platform, Gen 7, at IMTS 2026 in Chicago, Illinois, on September 14, 2026. The new platform refreshes everything from the controller to the tool flange and is positioned as a foundation for moving AI in manufacturing, logistics and other fields from testing to real-world operation. The configuration combines three new g-Series arms, the CB7 Core controller with 40% more computing performance, PolyScope X, the TP7 Core and the SP7 Smart Panel.

Universal Robots says it has redesigned the controller, tool flange and software together for Gen 7. The changes reflect a design approach that addresses the premise that robot deployment challenges lie not only in the robot's performance, but also in wiring, external connectivity and the effort required for on-site setup.

The new Gen 7 g-Series arms comprise three models: UR10g-1750, UR17g-1300 and UR18g-950. The tool flange directly supplies data, power and safety signals. The company says this reduces wiring complexity and makes it easier to connect cameras and high-bandwidth sensors. The CB7 Core controller delivers 40% more computing performance than the previous generation and has a 30% smaller footprint. PolyScope X meets ISO 10218-1 safety functions and cybersecurity requirements, and supports open APIs and ROS 2 communications. The TP7 Core is more than 20% lighter than the previous generation, while the SP7 Smart Panel enables direct teaching and programming at the tool flange.

Gen 7 is expected to make its first public appearance in Japan at the UR Collaborative Robot Fair 2026 in Akihabara, Tokyo, on October 8 and 9, putting connectivity and setup time in focus in the Japanese market as well. In manufacturing facilities where integration with PLCs, HMIs, MES and image-processing systems is essential, the response of system integrators and peripheral equipment makers responsible for integrating existing equipment is likely to be important.