Rethinking Presales

From Beckhoff XPlanar CAD to AI-Powered Simulation in NVIDIA Omniverse
February 19, 2026

Industrial automation teams are under increasing pressure to move faster — especially during presales. When evaluating systems like Beckhoff XPlanar or XTS, customers want more than CAD drawings. They want to see movement, logistics, and throughput in action.

But full PLC integration at the concept stage is expensive and time-consuming.

So we built a smarter approach.

Using NVIDIA Omniverse, USD Chat, and Champion’s industrial toolsets, we created a practical workflow that turns XPlanar CAD models into interactive, AI-driven simulations — without requiring TwinCAT or PLC integration in early phases.

🧩 Turning CAD into Intelligent Simulation

Our workflow starts with importing Beckhoff CAD models into Omniverse and preparing them for simulation:

  • 🔧 Mesh optimization and CAD cleanup
  • ⚙️ Physics enrichment (joints, sensors)
  • 🧠 Structured scene hierarchy

This transforms static design files into simulation-ready assets capable of dynamic behavior.

🤖 USD Chat + Metafunctions: AI That Can Operate

By extending USD Chat with custom mover, grid, and traffic toolsets, and adding AI-connected metafunctions, we enabled layout generation, route authoring, collision checks, and logistics control directly inside the simulation. Combined with NVIDIA physics APIs and cuOpt routing optimization, this approach delivers collision-free mover scenarios and practical throughput modeling—without immediate PLC integration. For industrial automation teams, this means faster presales validation, better visualization of smart factory concepts, and reduced engineering overhead.

With Champion’s custom toolsets, users can:

  • 🗺️ Generate XPlanar layouts
  • 🏗️ Instantiate movers and grids
  • 🚦 Author routes and manage traffic
  • 🛑 Run collision checks

The breakthrough was introducing AI-connected metafunctions — structured control points that allow AI to monitor and modify simulated machine behavior.

🏎️ Collision-Free XPlanar Movement with NVIDIA Physics + cuOpt

Advanced transport systems like XPlanar require careful routing and collision handling.

By combining:

  • Custom mover/grid/traffic logic
  • NVIDIA Omniverse physics
  • cuOpt route optimization

We delivered collision-free mover scenarios inside structured layouts — ideal for presales simulation, logistics validation, and throughput planning.

⚡ Why We Skipped PLC Integration (On Purpose)

For early-stage simulation, integrating TwinCAT or PLC logic adds cost and complexity.

Instead, we used Omniverse physics APIs to model movement and logistics independently. This enables:

  • Faster setup
  • Broader opportunity coverage
  • Lower engineering overhead

PLC integration can come later. For presales acceleration, independence matters.

📈 The Business Impact

This workflow enables:

  • Faster XPlanar/XTS concept validation
  • More opportunities simulated (including smaller deals)
  • Clearer visualization for customers
  • Reduced presales engineering time

Simulation becomes a practical sales tool — not just a large-project engineering exercise.

🎯 See It in Action

Want to see how Champion enables AI-powered simulation for Beckhoff XPlanar, XTS, and advanced transport systems?

👉 Book a live demo with Champion and explore how Omniverse-driven industrial simulation can accelerate your presales and system design workflows.

Let’s turn your concepts into intelligent, interactive simulations.