Rendition of Mitsubishi Electric booth

TOKYO, August 31, 2026 – Mitsubishi Electric Corporation (TOKYO: 6503) announced today that it will exhibit advanced technologies and solutions as the Mitsubishi Electric Group under the theme of “Creating the Future of Industry with Physical AI – Creating new value from field knowledge through data and co-creation–” during CEATEC 2026 at Makuhari Messe in Chiba, Japan, from October 13 to 16. CEATEC is a comprehensive digital innovation exhibition where people, technology, and information from all industries and sectors gather to envision the future through co-creation.

Mitsubishi Electric is transforming into an “Innovative Company” that generates value through bold thinking and a willingness to embrace risk while operating diverse global businesses to drive growth and address societal and environmental challenges. As part of these efforts, the company is working to strengthen “Circular Digital-Engineering” by combining extensive field knowledge built over many years and AI technologies.

At its CEATEC booth (Booth No. 8H412) at Exhibition Hall 8, Mitsubishi Electric will provide hands-on exhibits, demonstrations and presentations of its co-creation initiatives with internal and external partners. Through these initiatives, Mitsubishi Electric aims to realize physical AI that can perceive, understand, and act safely in real-world environments by adapting to uncertainty and variability, leveraging the company’s digital platform, Serendie^TM. Mitsubishi Electric will also present its efforts to realize autonomous factories through the utilization of physical AI.

Physical AI for Autonomous Decision-Making and Expert-Level Manufacturing Operations

• In manufacturing assembly processes where automation is generally considered highly challenging due to part-to-part variation and slight positional deviations, Mitsubishi Electric will present an internally validated model aimed at developing AI-supported factory equipment capable of performing on the level of skilled operators. A demonstration will feature autonomous control of robotic arms for screw tightening, which typically requires knowledge-based decision-making and skilled action to adjust the force and working angle while assessing the condition of parts in line with on-site operations.

Physical AI for Flexible and Proper Placement of Items with Diverse Shapes and Sizes

• As a co-creation initiative with external partners, a demonstration will feature a humanoid robot appropriately and safely placing items of various shapes and sizes on shelves. Technologies and mechanisms that enable robots to learn and apply know-how to address site-specific operational challenges will also be showcased.