# Mitsubishi Electric's Physical AI System Links Robots With CNC Machines

> Mitsubishi Electric's new AI system connects humanoid robots to CNC machines for automated manufacturing tasks.
- Title: Mitsubishi Electric's Physical AI System Links Robots With…
- Summary: Mitsubishi Electric's new AI system connects humanoid robots to CNC machines for automated manufacturing tasks. Mitsubishi Electric developed the first…
- Keywords: mitsubishi electric, physical ai, humanoid robots, cnc machines, jimtof 2026, toky big sight, technology, Mitsubishi, Electric's, Physical, System, Links
- Source: AI Insider — https://theaiinsider.tech/2026/10/21/mitsubishi-electric-develops-physical-ai-system-linking-humanoid-robots-with-cnc-machines
- Author: Greg Bock
- Published: 2026-10-21T11:51:22+00:00
- Read time: 1 min
- Topics: mitsubishi electric, physical ai, humanoid robots, cnc machines, jimtof 2026, toky big sight, ai, technology
## Mitsubishi Electric Develops Physical AI System
Mitsubishi Electric says it has developed the industry’s first machining system that uses physical AI to coordinate humanoid robots with CNC machine tools.
## System Uses Natural Language Instructions
Operators give the system basic instructions in natural language to assign and coordinate work between the CNC machine and humanoid robot.
## Reduces Labor Needs at Machining Sites
The system could reduce the amount of human labor needed at machining sites and robot-by-robot integration work.
## Demonstration at JIMTOF 2026
Mitsubishi Electric plans to demonstrate the system at JIMTOF 2026 beginning October 26 at Tokyo Big Sight.
## How It Works
The system uses an AI machining task planner, a physical AI-enabled CNC machine, and a general-purpose humanoid robot to handle coordination.
## Solves Integration Challenges
Humanoids can perform tasks without requiring substantial retrofitting, unlike conventional industrial robots.
## Key takeaway

Mitsubishi Electric developed the first physical AI system that coordinates humanoid robots with CNC machines using natural language instructions to reduce labor needs in machining.