Plenty of exhibitors came to IMTS 2026 to sell a new machine, but Mitsubishi Electric's US automation business came to sell the connections between machines. On its stand in the South Hall, Mitsubishi Electric US, Industrial Automation, the American factory automation arm of Japan's Mitsubishi Electric, ran CNC machine tools, robots, programmable controllers, operator touchscreens and plant-monitoring software side by side. The company pitched the lot as one system that a single supplier designs, installs and supports.
The pitch reached a big crowd, because IMTS, the largest manufacturing technology fair in the Western Hemisphere, drew more than 90,000 registrants from 113 countries and 1,788 exhibitors to Chicago from 14 to 19 September, according to organiser AMT's show recap. Mitsubishi used the week to run machine-tending robots, a faster CNC controller and software from its Iconics subsidiary, and it shared the stand with machine builders that use its controls, including Citizen Miyano, Expand Machinery and Italy's Porta Solutions.
Nicholas Giacomino, who manages global industry solutions for machine tools at the company, summed up the thinking in its IMTS 2026 announcement: manufacturers need more than products, he said, because they want "a partner that can help them connect technologies, reduce complexity, and adapt to changing business needs."
That framing reaches well beyond one booth, since the hard part for most machine shops now lies in getting machines, robots and software to share data and act on it rather than in buying the next spindle. Mitsubishi is betting that shops short of skilled people will pay one supplier to own the whole path from the cutting tool to the dashboard, while several rivals at the same show bet on open platforms that any partner can plug into, which leaves buyers with a genuine choice.
What Mitsubishi Put On The Floor In Chicago
The stand stacked three layers that shops usually buy from different vendors: the robot that feeds the machine, the controller that runs it and the software that watches the floor above both.
Robots That Keep The Spindle Turning
Mitsubishi gave much of its space to machine tending, the job of loading raw parts into a mill or lathe and taking finished ones out, which normally ties a skilled operator to one machine for a whole shift. The company showed two pre-engineered tending cells: LoadMate Plus, which it designs to stay beside one machine and plug straight into Mitsubishi's own CNCs and robots, and ARIA, a compact cell that works with several robot types and can move around a shop as needs change.
To show what a cell can do, the company points to TL Aerotek, a small milling job shop that had more orders than it could reliably staff. On the advice of its machine supplier, Expand Machinery, the shop added a LoadMate Plus cell with a six-axis robot to a mill that already ran a Mitsubishi M8 Series controller, and the robot talks to the CNC over an ordinary Ethernet connection. Design World reports that the cell then worked through a full day and night without an operator and tripled the shop's earlier output.
That is one shop's result as told by the vendor and its reseller, so buyers should treat it as a best case rather than a benchmark, although it explains why David Simak, a product manager at the company, calls tending "one of the most practical and financially justifiable entry points into automation."
A Faster Controller That Also Feeds Data
One step up from the robot sits the controller, and Mitsubishi used the show to promote its new M8V CNC series, an extension of its M80 platform. The company says the M8V machines parts about 11% faster than the M80 because it tightens how the machine follows a programmed path. It also adds cutting load control, which adjusts the feed rate to hold the load on the tool steady, so cycles get shorter and tools last longer.
Engineers can now write machine logic in structured text, a code-like programming language, alongside the ladder diagrams that electricians have used for decades, and the controller runs a 3D simulation of each job before the first cut. Scott Strache, a senior product manager at the company, said the aim was to give builders and users "more control over speed, accuracy and consistency without adding complexity."
Software That Watches The Whole Floor
All of those controller functions run on data about the cut, and the third layer decides where that data ends up. Mitsubishi Electric Iconics Digital Solutions, the group's software subsidiary in Massachusetts, supplied the digital side of the stand, and its main product is GENESIS, a SCADA platform that gathers readings from equipment across a plant and shows them on one screen.
Version 11 of GENESIS added built-in connectors for Mitsubishi's own FREQROL drives and MELFA robots, so engineers can pull their data without writing custom links, while it still supports OPC, the common industrial data standard, for other brands' equipment. Iconics also holds IEC 62443-4-1 certification, the international standard for developing industrial software securely.
Why One Supplier Is The Selling Point
Selling three layers as one only works if the company behind them is organised to sell that way, and Mitsubishi has spent the past year rearranging itself to do so. Mitsubishi Electric US has moved Mitsubishi Electric Automation, Inc., its Illinois-based factory automation company, into a new Industrial Automation Division. When chief executive Scott Summerville stepped down on 31 March 2026, Mitsubishi Electric appointed Milton Coleman to lead the division, having previously put him in charge of sales and marketing across the Americas.
The parent company can afford the push, since Mitsubishi Electric Corporation reported record revenue of ¥5,894.7 billion for the year to 31 March 2026, named its growing factory automation business among the reasons and expects that business to expand again this year. Its annual report also explains why owning more of the shop floor matters to Tokyo: the group wants to gather data from components it has already sold, through maintenance, service and its digital platform Serendie, and turn that data into new services.
Security Arrived In The Same Year
Owning the data path also means owning the risk when someone attacks a connected machine, and Mitsubishi addressed that in January 2026 when it completed its purchase of Nozomi Networks. The San Francisco company monitors operational technology, the networks that run industrial equipment, for threats, and press reports put the deal at about US$1 billion.
Nozomi says it will keep its own brand and a vendor-neutral roadmap, which matters because its customers run equipment from every major automation maker, not just Mitsubishi. For builders selling into the European Union, such as Porta Solutions, security is also becoming a legal duty, as our guide to the Cyber Resilience Act explains, so a supplier that can point to certified, monitored software has a stronger case than it did a few years ago.
How Rivals Framed The Same Problem
Mitsubishi was far from the only exhibitor selling connection in Chicago, but its biggest rivals took different routes to the same buyer. Siemens launched Meet at the Machine with builder TRAK Machine Tools, an initiative that gives a shop a digital copy of a new machine so its team can program and test jobs while the real one is still being built. Mark Hindsbo, who heads operations software at Siemens, said the approach can cut ramp-up time "by up to 50%," though that is the vendor's own estimate.
FANUC, the rival closest to Mitsubishi because it also builds both CNCs and robots, pushed the same idea toward artificial intelligence. It used its stand to show physical AI, which it develops with NVIDIA, along with a compact controller that lets its CRX collaborative robots run on battery-powered mobile robots, a shift we traced in how physical AI turns sensing into action.
Universal Robots went furthest the other way with Gen 7, its new robot platform. Gen 7 opens the robot's controller to outside AI computers through an API and ROS 2, the open robotics software framework, speaks the OPC UA industrial data standard, and launched with demonstrations from more than 20 partner companies. Against that field, Mitsubishi stands out for how much of the stack it wants to own itself, whereas Universal Robots, and Siemens with its Xcelerator platform, pitch themselves as foundations that partners build on.
The Open Door In Mitsubishi's Own Stack
A single-supplier pitch has an obvious weakness, since few machine shops run only one brand of machine, and Mitsubishi has built a quieter answer to it. Its Integrated Machine Analytics adapters pull live data from Mitsubishi controllers and publish it through MTConnect, a free, open standard that lets machines from different makers report their status in a common format. AMT, the same trade body that runs IMTS, developed MTConnect, and Mitsubishi's adapters support version 2.2 of the standard.
The same thinking reaches back into older equipment: in November 2025 the company released an adapter that pulls live data from Citizen Swiss-type lathes built between 2001 and 2007, and it sells software libraries and an API that let outside developers read and change settings such as tool offsets and programs.
That reach into older Citizen machines also explains who shared the stand, since Citizen often fits Mitsubishi controls to its lathes, including the Miyano BNX-51MSY, which means Mitsubishi's presence on the shop floor runs wider than its own logo.
That openness matters to anyone running a monitoring platform from another vendor, such as the Datanomix software we profiled, because tools like it depend on standard data feeds from the controller. Our explainer on industrial connectivity walks through how that data travels from the machine to the cloud.
What Machine Shops Should Weigh
The case for buying from one supplier rests on a staffing problem that no machine solves on its own. Deloitte and the Manufacturing Institute estimate that US manufacturing could need up to 3.8 million more workers by 2033, and that about 1.9 million of those jobs could go unfilled.
Large companies feel the same squeeze, according to an Intel survey of 800 leaders at organisations with revenue above US$500 million, which Intel published in August. Six in 10 of those leaders expect to run a fleet of robots within five years, yet only four in 10 have a formal plan for a workforce of people and robots, and four in 10 say a lack of skills already stops them from scaling.
If big firms with engineering teams struggle to scale, a 20-person job shop without an integrator struggles more, and a supplier that delivers the robot, the controller and the software, then answers the phone when one of them fails, takes on exactly the work that shop cannot find people to do.
The cost of that convenience is dependence, so buyers should test how open each layer really is before they sign. They should check whether the controller publishes its data through MTConnect or OPC UA, whether a tending cell will work with machines from other builders, and who patches the software on older equipment.
Customer results deserve the same scrutiny, so buyers should ask for numbers with published starting points rather than a single best case, and those questions grow sharper once software starts adjusting machines instead of just watching them, as our look at Flexxbotics showed.
Whoever Wires The Cell Keeps The Data
Strip away the demos and Mitsubishi's real product in Chicago was the data path itself. The robot cell makes the easy first purchase, and once a shop's CNCs, robots and SCADA all come from Mitsubishi, the data they produce flows into Mitsubishi's software and, in time, into its service business. For small shops with no integrator and no spare engineers, that is a fair trade, because one accountable supplier beats three vendors blaming each other when a cell stops at 2 a.m.
Larger plants with mixed fleets should judge the offer by its open adapters and APIs rather than its booth demos, because those decide whether Mitsubishi equipment can join a floor the company does not fully own. The industry will see how far the pitch has travelled at IMTS 2028, from 11 to 16 September, where Mitsubishi will need results from more than one job shop if it wants buyers to take the whole-shop argument seriously.
