Universal Robots launches Gen 7, rebuilding its cobot platform around the tool flange

Universal Robots introduced Gen 7, its seventh-generation cobot platform, at the IMTS trade show in Chicago on September 14, 2026. The release adds three g-Series arms — the UR10g-1750, UR17g-1300 and UR18g-950, rated from 10 to 18 kg payload — alongside a new CB7 Core controller that the company says delivers 40% more compute in a 30% smaller footprint, a new teach pendant and a tool flange that carries data and power directly to the end of the arm.

The Teradyne Robotics subsidiary calls Gen 7 “out-of-the-box AI-ready.” The concrete change is that cameras and high-bandwidth sensors can now plug in at the wrist and be processed on the controller, rather than being cabled back to a separate vision PC.

What is in the Universal Robots Gen 7 platform?

The g-Series model names encode payload in kilograms and reach in millimetres: the UR10g-1750 carries 10 kg over 1,750 mm, the UR17g-1300 17 kg over 1,300 mm, and the UR18g-950 18 kg over 950 mm. They join the existing e-Series and UR Series rather than replacing them at launch. According to Japanese trade outlet MONOist, the g-Series flange integrates a 1GbE Ethernet port and 24/48V power (5A peak, 3A continuous). UR also lists built-in force-torque sensing, impedance control and Real-Time Data Exchange (RTDE) for force-sensitive assembly and dexterous manipulation.

The CB7 Core controller connects to PLCs, HMIs, MES platforms, industrial PCs and vision systems, and ships in a standalone box and a compact cabinet-integration version. MONOist reports three 1GbE ports that act as a managed switch, 16 configurable I/O points and an IP54 enclosure, plus a smaller DIN-rail-mounted CB7 Compact aimed at machines, AGVs and AMRs. The TP7 Core teach pendant is more than 20% lighter than its predecessor, with a full HD screen and a virtual joystick. A detachable SP7 Smart Panel at the flange adds safety-rated freedrive, LED status lights and three configurable buttons for teaching at the tool.

How does Gen 7 support physical AI?

Software runs on PolyScope X, which exposes open APIs and ROS2 communication so integrators can deploy edge-AI applications on industrial PCs or external AI processors. Inbolt, one of more than 20 partners demonstrating on the booth, said its 3D vision guidance now runs natively on the UR controller. “No external vision PC, no extra cabling,” CEO Rudy Cohen said in the release.

On safety, UR cites a PLd, Category 3 (ISO 13849-1) architecture, TÜV certification of the g-Series to ISO 10218-1 and UL 1740, and IEC 62443-4-1 ML3 cybersecurity certification for Teradyne Robotics. MONOist reports that the robot’s own safety functions take priority over AI commands, physically stopping motion that exceeds configured limits, and that a controller with a GPU for AI processing is planned for fiscal 2027.

When does Gen 7 ship, and does it work with older UR robots?

In Japan, orders opened on September 14 and shipments begin from October 2026, according to MONOist’s report of the Tokyo launch briefing. UR says the CB7 controller is compatible with e-Series and UR Series arms; MONOist adds that e-Series support for the new controller and pendant starts from November 2026, and that Gen 7 versions of the 20 kg UR20 and 30 kg UR30 will arrive in 2027, folding the UR Series into the g-Series. UR has not published pricing.

Why it matters: UR, which cites more than 100,000 industrial deployments, is treating AI integration as a wiring and compute problem on existing cobot hardware — the same module-not-replacement pattern Yaskawa and SoftBank used when they put a VLA model on a MOTOMAN NEXT for wire harnesses.