What are the three parts of the system?

An AI machining task planner that turns natural-language instructions into tasks and assigns them to the machine and robot, a CNC machine carrying physical AI, and a general-purpose humanoid robot.

Do operators need to write robot-specific programs?

Mitsubishi Electric says operators only give simple instructions, and unmanned machining runs and is managed without robot-by-robot advanced system integration.

Where can the system be seen?

A demonstration is planned at JIMTOF2026, the 33rd Japan International Machine Tool Fair, at Tokyo Big Sight from October 26, 2026.

RoboticsTop Companies' AI MovesTop Companies AI14m agoOct 22, 2026, 06:31 JST

Mitsubishi Electric links humanoid, CNC via physical AI

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3 Key Points

What happened
Mitsubishi Electric says it developed an industry-first system where a humanoid robot and a CNC (Computer Numerical Control) machine tool coordinate through physical AI, covering setup, cleaning, finished-part removal, transport, inspection and troubleshooting.
Why it matters
Operators could hand machine-related work to a general-purpose humanoid robot without building robot-specific communication and control sequences, which the company presents as a route to labor savings at machining sites.

WHO IT HITSManufacturing and machining-site managers facing operator shortages are the audience the company targets, since the system is meant to let a general-purpose humanoid replace machine-related manual work without robot-specific system integration.

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Context & Analysis

Mitsubishi Electric frames the system against a familiar constraint at machining sites: severe labor shortages are pushing demand for automating the work operators do. Conventional industrial robots have been a poor fit for tasks built around human physical characteristics, such as setting a workpiece inside a machine or cleaning it, and adapting a production line to such a robot requires capital investment matched to that robot.

Humanoid robots have therefore drawn global development interest as an alternative. The obstacle the company cites is integration: connecting a humanoid to a CNC machine so each understands the other's state and acts in coordination has required developing individual communication functions and control sequences for every robot.

The system addresses that by combining an AI machining task planner, a CNC machine and a general-purpose humanoid robot, with Mitsubishi Electric's Maisart AI technology behind newly developed physical AI in the planner and the CNC. The company positions the result as a step toward autonomous, unmanned factories within its smart-factory push.

FAQ

What are the three parts of the system?: An AI machining task planner that turns natural-language instructions into tasks and assigns them to the machine and robot, a CNC machine carrying physical AI, and a general-purpose humanoid robot.
Do operators need to write robot-specific programs?: Mitsubishi Electric says operators only give simple instructions, and unmanned machining runs and is managed without robot-by-robot advanced system integration.
Where can the system be seen?: A demonstration is planned at JIMTOF2026, the 33rd Japan International Machine Tool Fair, at Tokyo Big Sight from October 26, 2026.

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