Wandelbots, SCHUNK and EY team up on NVIDIA-based physical AI for Germany's Mittelstand as Gessmann brings NOVA to Hannover Messe
Dresden software firm Wandelbots, gripper and automation maker SCHUNK and consultancy EY said on April 19, 2026 they would combine SCHUNK's GROW automation cell, Wandelbots' NOVA platform and NVIDIA Omniverse into a standardised physical AI offer for mid-sized European manufacturers. The same day, W. Gessmann GmbH said it would show NOVA-based mobile robots at Hannover Messe.
Three German companies have set out to solve what they describe as the scaling problem of physical AI in mid-sized manufacturing. Wandelbots, SCHUNK and EY announced on April 19, 2026 a partnership that combines a standard automation cell, a robot software platform and consulting into one offer for Europe's Mittelstand, built on NVIDIA technology.
The division of labour is explicit. SCHUNK contributes its GROW automation cell, a modular industrial unit for standardised tasks in assembly, handling and inspection. Wandelbots contributes NOVA, its software-defined robot control platform, which the partners plan to integrate with GROW. EY orchestrates the ecosystem, designs the operating model and links physical AI projects to business indicators. NVIDIA Omniverse libraries form the layer for simulation, training and validation, so that a process can be designed in simulation and executed on the shop floor in a closed loop.
The partners did not disclose prices, pilot customers or a launch timetable.
What the executives said
Adrian Reisch, a partner at EY, said physical AI does not fail in the mid-market because of technology but because of a lack of scalability. Timo Gessmann, chief technology officer of SCHUNK, said the GROW cell lays the foundation for standardised and scalable production solutions. Katharina Jessa, chief revenue officer of Wandelbots, said physical AI only scales when intelligence is centralised, execution is standardised and every factory runs on a shared operating platform.
Gessmann puts NOVA inside its robots
On the same day W. Gessmann GmbH, a maker of HMI systems and automation with sites in Leingarten and Schwaigern and about 1,000 employees worldwide, said it would present a software-defined approach to industrial automation at Hannover Messe 2026, held from April 20 to 24, in Hall 16 at stand B10/1. Its GESSbot mobile robot and the GESSbot Duo multi-robot system run Wandelbots NOVA, branded NOVA Inside, and use NVIDIA Omniverse and Isaac Sim. Steffen Kuhnle, head of robotics at Gessmann, said the integrated solutions make it possible to design, simulate, deploy and scale automation significantly faster. Martin Wanitschke, chief of staff at Wandelbots, said NOVA creates a vendor-independent software layer through which different robot types can be programmed and orchestrated.
Who the partners are
Wandelbots is based in Dresden and Chicago. SCHUNK, the gripping and clamping specialist, says it has about 3,700 employees, 10 plants and 34 subsidiaries, with sales in 75 countries. EY Germany says it employs more than 10,800 people at 18 locations, within a global organisation of about 406,000. Wandelbots previously partnered with IT services group SoftServe in June 2025 on software-defined robotics.
- Wandelbots
- NOVA robot software platform
- Dresden and Chicago
- No data
- No data
- Wandelbots release, April 19, 2026
- SCHUNK
- GROW automation cell
- Germany
- 3,700
- 10
- Wandelbots release, April 19, 2026
- EY Germany
- Ecosystem orchestration, operating model
- Germany
- 10,800
- 18
- Wandelbots release, April 19, 2026
- W. Gessmann GmbH
- GESSbot mobile robots with NOVA Inside
- Leingarten, Schwaigern
- 1,000
- 2
- Wandelbots release, April 19, 2026
Employees and sites as stated in the releases (SCHUNK: plants; EY Germany: locations; Gessmann: production sites, about 1,000 staff worldwide). Null means not disclosed.
As of Oct 1, 2026
Why a standard cell matters
Large carmakers can afford bespoke robot cells and in-house programming teams. A supplier with 200 employees usually cannot. The partners' bet is that a pre-engineered cell with a common software layer turns each project into a configuration task rather than an engineering project. Simulation in Omniverse lets a manufacturer test a cell layout and robot program digitally before buying hardware, while NOVA abstracts the different programming languages of robot vendors. EY's role reflects the fact that most mid-sized firms lack internal staff to build a business case for AI-driven automation.
Competitive context
The offer competes with robot makers' own ecosystems, such as ABB's and KUKA's software suites and Universal Robots' accessory platform, and with system integrators that build bespoke cells. It also overlaps with NVIDIA's broader push to place Omniverse at the centre of European industrial AI. NEURA Robotics in Metzingen pursues a similar platform idea with its own hardware.
Risks and open questions
Without prices, customers or dates, the partnership is a framework rather than a product launch. Standard cells only pay off if enough tasks fit the standard, and mid-sized firms often run highly specific processes. Vendor independence also depends on the cooperation of robot makers whose controllers NOVA must address.
What to watch
The first named Mittelstand customers, a price list for GROW with NOVA, and any certification or support commitments from robot vendors are the markers to watch through 2026.
ROBOTNESS analysis
The Wandelbots, SCHUNK and EY alliance is an attempt to sell physical AI to the Mittelstand as a packaged product rather than a project, and its success will depend on standardisation more than on AI.
The evidence is in the roles. Hardware is a pre-engineered cell, software is a vendor-neutral layer, simulation comes from NVIDIA and EY covers the business case. Gessmann's NOVA Inside robots at Hannover Messe show that the software layer is already being embedded by an equipment maker with about 1,000 staff.
The strongest counter-argument is that the Mittelstand's diversity defeats standard cells, and that integrators, who earn money from bespoke engineering, have little incentive to promote a packaged alternative.
Bull case. If the partners publish a fixed-scope offer with price and lead time, mid-sized firms facing labour shortages gain a low-risk entry point, and NOVA could become a common software layer across European cells.
Bear case. The partnership stays at the level of lighthouse projects, robot makers keep their programming environments closed, and buyers default to the vendor ecosystems they already know.
Signals to watch.
- April 20 to 24, 2026: visitor response to Gessmann's NOVA Inside robots at Hannover Messe, Hall 16.
- Second half of 2026: first named customer deployments of GROW with NOVA.
- 2026: any additional robot vendors or integrators joining the alliance.
- European Mittelstand manufacturers
- SCHUNK GROW automation cell
- Wandelbots, SCHUNK, EY, with NVIDIA technology
- Wandelbots NOVA
- April 19, 2026
- NVIDIA Omniverse libraries
- Not disclosed
- Hall 16, stand B10/1, April 20 to 24, 2026
Why it matters
Germany's industrial strength rests on thousands of mid-sized manufacturers, and most have not adopted AI-driven robotics. A packaged offer from a recognised component maker and a Big Four consultancy lowers the perceived risk for these buyers.
It also tests whether a vendor-neutral software layer can win in a market where robot makers have traditionally locked customers into their own programming environments.
Rival analysis
Robot makers such as ABB, KUKA and Universal Robots offer their own software and accessory ecosystems, and system integrators build bespoke cells. NEURA Robotics pursues a platform strategy around its own hardware.
Wandelbots differs by being hardware-agnostic. That is a strength in heterogeneous factories and a weakness if robot makers limit access to their controllers.
Valuation context
No financial terms were disclosed. Wandelbots' funding history is not confirmed on a primary page in this package, so no valuation context is offered.
The commercial value of the partnership will become visible only once a price list and customer count are published.
Supply-chain implications
SCHUNK supplies grippers and clamping technology to robot users worldwide from 10 plants. Integrating NOVA into its GROW cell gives Wandelbots a hardware channel it does not have on its own.
NVIDIA supplies the simulation layer, which ties the Mittelstand offer to NVIDIA's European industrial AI ecosystem.
Signals to watch
Named customers and published pricing are the first signals. A standard offer without them remains a concept.
New members of the alliance, especially robot makers, would indicate that vendor neutrality is accepted by the hardware side.
Analyst view
Thesis: the alliance has a credible design for scaling physical AI in mid-sized factories, but commercial proof is missing. Confidence: low to medium. Roles and products are confirmed by Wandelbots' releases, while prices, customers and dates are absent.
We would raise confidence once two or more named Mittelstand deployments are published.
Questions you should be asking
What will GROW with NOVA cost, and how long will installation take?
Which robot brands does NOVA support at launch in the GROW cell, and who provides service after installation?