Automate 2026 in Chicago, the largest edition in the event's 50-year history, delivered a clear message: physical AI and humanoid robots are no longer science fiction — they are becoming production-ready tools for modern manufacturing.

The show floor was dominated by demonstrations of AI-powered robotics that can learn, adapt, and collaborate with human workers in ways that were impossible just a few years ago. Here are the standout innovations from this year's event.

Kawasaki RL030N: 8 Degrees of Freedom

Kawasaki unveiled the RL030N, a Physical AI robot featuring 8 degrees of freedom — significantly more than the typical 6 axes found in most industrial robots. The additional flexibility allows the robot to navigate complex assembly tasks, reach around obstacles, and perform intricate manipulation operations that previously required human dexterity.

The RL030N uses AI-powered motion planning to autonomously determine the most efficient paths and grip strategies for each task, dramatically reducing programming time for new applications.

FANUC: Natural Language Robot Programming

FANUC demonstrated a breakthrough in robot programming: natural language interfaces that allow factory workers to direct robots using plain English commands. Instead of writing complex code, operators can simply tell the robot what to do, and the AI translates instructions into precise motor commands.

This technology has the potential to democratize robotics, making advanced automation accessible to small and medium manufacturers that lack specialized programming expertise.

ABB and NVIDIA: AI-Powered Palletizing

ABB partnered with NVIDIA to demonstrate AI-powered palletizing systems that use computer vision and reinforcement learning to optimize box stacking in real-time. The system adapts to irregular box sizes, adjusts for weight distribution, and maximizes truck loading efficiency without pre-programmed stacking patterns.

The Humanoid Robot Revolution

Multiple companies showcased humanoid robots designed for factory environments. These bipedal machines can navigate existing factory floors, use human tools, and work alongside people without requiring specialized infrastructure. While still in early deployment stages, humanoid robots represent the next frontier in flexible manufacturing automation.