Highlights of Hannover Messe 2026

Hannover Messe 2026 highlights
Here is a look at what PTC brought to the world's largest industrial trade show and what it meant for the customers and partners who showed up to listen, ask questions, and explore what is next.

The big theme: Industrial AI dominated the show

The overarching theme at Hannover Messe 2026 was Industrial AI — and it resonated across every corner of the event. Whether attendees were visiting the booth, attending a session, or walking the floor, questions kept circling back to the same topics: What does AI do in an industrial context? How do you get started? What does PTC's roadmap look like?

Customers and booth visitors were hungry for concrete answers. The conversations were less about whether to adopt AI and more about how — specifically what role the product data foundation plays, How AI integrates into existing tools like Windchill, Creo, Codebeamer, and ServiceMax, and what near-term ROI looks like.

Key themes heard repeatedly from customers and attendees:

• The convergence of generative AI, agentic AI, and physical AI is creating a genuine step change — not just an incremental improvement — in how industrial organizations can operate.
• Getting the data foundation right is the prerequisite. Fragmented, siloed data is the #1 blocker to realizing AI value.
• Customers want to start with one high-impact use case, prove the value, and scale from there. They are not looking for wholesale transformation overnight.
• Security and data sovereignty remain top concerns, particularly for manufacturers cautious about data leaving their environments.

The demo experience: Bobcat and intelligent product lifecycle management

The centerpiece of PTC's booth was a live, end-to-end demo built around PTC customer Bobcat — a global manufacturer of compact construction equipment with a dealership network of more than 600 locations worldwide. The demo told a complete product lifecycle story anchored in a real-world scenario: the revision of the Bobcat E17z mini-excavator and the redesign of a key component, the Boom Swing Frame.

The story: New product revision

Bobcat periodically evaluates opportunities to redesign and update its most popular models, incorporating the latest technology and keeping the product line competitive. Traditional revision processes are nearly as complex as launching an entirely new product — lengthy, error-prone, and coordination-heavy across engineering, manufacturing, and service. The demo showed how PTC's connected, intelligent product lifecycle management platform dramatically reduces that burden, with AI-powered capabilities at every step.

The demo journey

The demo was structured across five phases, walking attendees through the complete lifecycle:

Phase 1 – Market Research & Fleet Intelligence (PTC Asset 360) The story begins with the Product Manager using Asset 360's AI Hub to analyze fleet performance data across the E17z fleet — identifying anomalies, correlating cost drivers, and building the business case for an engineering change. AI-generated insights surface the swing frame as a priority improvement opportunity, triggering a formal change request.

Phase 2 – Engineering The demo then moved into the engineering workflow, powered by Windchill and Codebeamer:

• Enterprise Change Management — The Change Administrator reviews and approves the Change Request in Windchill, creates a Change Notice, and assigns tasks across engineering disciplines. The modular E17z Product Structure and all impacted parts are reviewed.
• Requirements Engineering & Review — Using Codebeamer, the Requirements Engineer updates design requirements for the swing frame and leverages Codebeamer AI to validate the revised requirement text and auto-generate new test case definitions. Pure Variants is used to manage variant models and create variant-specific streams.
• Detailed Design — In Creo, the Mechanical Design Engineer runs a Generative Design study on the swing frame based on the updated requirements, producing a redesigned part that uses approximately 25% less material. The engineer annotates the new design using Model-Based Definition (MBD) with GD&T Advisor and generates a 3D PDF for stakeholder exchange.
• Improve & Validate Product Definition — Structural and modal analysis is performed directly in Creo, with Creo AI assisting in simulation setup. Results are captured as test runs in Codebeamer, linked to requirements for full traceability.
• Product Data Management — Windchill manages all CAD data, the updated BOM, and Options & Variants definitions. Windchill AI Part Rationalization is used to identify and eliminate duplicate parts, optimizing the EBOM. The final design review leverages the Windchill + NVIDIA Omniverse integration for physically accurate, real-time rendering of every product variant — a notable crowd-pleaser on the show floor.

Phase 3 – Prototype Testing (Codebeamer + ServiceMax) A Boom Swing Frame endurance test is planned in ServiceMax, with an ML-driven Service Board recommending optimal assignment of test areas, benches, and engineers. Test engineers then execute a 500-hour endurance test protocol using ServiceMax Go, capturing inspection results at 50-hour intervals. Results then sync automatically back to Codebeamer for full traceability.

Phase 4 – Manufacturing (Windchill) After engineering approval, the Manufacturing Engineer updates the Manufacturing BOM using Windchill's BOM Transformer and synchronizes the updated MBOM to SAP. Updated assembly process plans and digital work instructions — including 3D illustrations and control characteristics — are consumed by manufacturing operators on the shop floor via Windchill's View Work Instructions app.

Phase 5 – Service (PTC Asset 360 + ServiceMax + Arbortext) With the new E17z ready for production, Asset 360 provides full visibility into the as-maintained BOM and service history across the installed fleet, enabling precise identification of all units requiring the swing frame upgrade. A Field Change Order (FCO) service campaign is automatically launched across Bobcat's authorized dealer network. Authorized dealers receive prioritized work orders, scheduled via ServiceMax's ML-driven Service Board. In the field, technicians use ServiceMax Go with AI work order summaries to understand scope, history, and required actions instantly. The as-maintained BOM is automatically updated upon component exchange, closing the loop back to fleet intelligence.

AI and NVIDIA features in the demo

AI capabilities were highlighted throughout — including Codebeamer AI for requirements validation and test case generation, Asset 360 AI Hub for fleet intelligence and FCO campaign creation, Creo AI for generative design and simulation assistance, Windchill AI Part Rationalization, and ServiceMax AI for work order summaries and chat. The NVIDIA Omniverse integration in Windchill was a standout moment, demonstrating physically accurate real-time rendering directly from PLM data.

Product updates/AI capabilities/closing thoughts

Across customer and partner conversations at the booth, several consistent themes and questions emerged:

• Windchill: Customers were keenly interested in the latest capabilities — particularly Windchill AI Part Rationalization, BOM management enhancements, and the Windchill + NVIDIA Omniverse integration for immersive design review. The ability to link requirements from Codebeamer directly into the BOM was a strong talking point for organizations managing complex, regulated products.
• Creo: Generative Design continued to generate significant interest as a proof point for AI-assisted engineering. Customers wanted to understand how the workflow — from design study to manufacturing-ready geometry — fits into an existing change management process.
• Codebeamer: AI-assisted requirements validation and automated test case generation were the most-discussed new capabilities. Customers in regulated industries (automotive, aerospace, and industrial equipment) were particularly engaged with the end-to-end traceability story linking requirements to design to test execution.
• ServiceMax: The combination of ML-driven scheduling (Service Board) and AI work order summaries in ServiceMax Go resonated strongly with customers managing large service technician networks and dealer ecosystem.

Hannover Messe 2026 reinforced several things about where the market is and where PTC is positioned:

• Industrial AI is the defining conversation. Every customer conversation, every panel, every booth interaction had AI as a thread. The question has shifted from "should we explore AI?" to "how do we make it real in our environment?"
• Product data foundation is the differentiator. Customers who already have their data in Windchill, Codebeamer, Creo, and ServiceMax are far better positioned to take advantage of AI capabilities. The demo with Bobcat illustrated this clearly — every AI feature in the story was powered by clean, connected product data.
• The AI-native product suite is resonating. Capabilities across Windchill AI, Creo AI, Codebeamer AI, Asset 360 AI Hub, and ServiceMax AI are no longer roadmap items — they are live, demonstrable, and directly connected to customer value.
• Partners amplify the story. The Windchill + NVIDIA Omniverse integration and the Microsoft partnership were strong differentiators in conversations, particularly for customers thinking about immersive design review and enterprise AI infrastructure.