In our recent webinar, From CAD to Headset in Minutes: Scaling XR Training, we explored how industrial companies are modernizing technical training by pairing existing engineering data with immersive digital experiences. Across manufacturing, energy, heavy industry and even CPG, XR is moving beyond pilot projects and becoming part of daily operations, but only when workflows allow it.
The full webinar can be found below or continue reading for a summary of the key insights:
The State of XR in Manufacturing: Ready for Scale, Held Back by Workflows
One of the big themes we heard: XR is no longer experimental. It’s becoming a core training tool for safety, operations, and maintenance.
But most organizations still struggle with:
- Turning massive CAD into lightweight, real-time 3D
- Creating consistent training experiences across devices
- Managing 3D assets across engineering, L&D, safety, and IT
- Updating content without re-building from scratch
- Connecting XR into existing infrastructure (PLM, LMS, DAM, etc.)
The technology is ready — the workflows weren’t. Until now.
Across the webinar, we discussed how manufacturers are beginning to fix this gap by building repeatable, end-to-end pipelines. These pipelines automate CAD preparation, standardize 3D formatting, and publish training modules to multiple devices without custom rework. The result isn’t just “XR training,” it’s a sustainable CAD-to-XR operational process that non-technical training teams can maintain.
XR is no longer experimental, it’s providing real value. We dove into two case studies proving this point.
Case Study 1: TGS — Lowering Risk & Cost in Offshore Training
TGS operates in offshore energy, where training is mandatory, high-risk, and notoriously expensive. Traditional training required flying crews to Norway, accessing vessels, and simulating difficult procedures in real environments.
The Challenges:
- Costs up to $10,000 per crew member for a week of training
- Limited access to vessels and equipment
- Safety concerns when practicing hazardous operations
- Difficulty scaling training as the fleet and workforce grew
The Solution:
TGS and SynergyXR recreated offshore equipment, vessel interiors, and operational scenarios in VR using detailed 3D models. This allowed crews to train:
- Anywhere, without traveling
- On realistic procedures
- Without interrupting offshore operations
- In scenarios too dangerous to simulate physically
The Result:
- 50 training days saved
- Major reduction in travel and environmental impact
- More predictable and consistent training experiences
- A scalable foundation for future procedures and vessels
The shift wasn’t about adopting VR for novelty — it was about making complex training logistically feasible.
Case Study 2: Saint-Gobain Isover — 4× Faster Technical Training with Fewer Injuries
Isover needed a safe way to train new operators on complex, potentially dangerous machinery without shutting down production or exposing inexperienced staff to risk.
The Challenges:
- Training depended on machinery downtime
- High injury risk during hands-on learning
- Instructor-led sessions varied in quality
- Unplanned downtime was financially significant — work-related injuries cost US companies $163B in 2020
The Solution:
Isover digitized real procedures — including lockout/tagout — and built a 1:1 virtual replica of the plant. Trainees practiced procedures in VR before ever touching a real machine.
This offered:
- On-demand training
- A safe practice environment
- Consistent instruction across plants
- Better skill retention through multisensory learning
The Results:
- 4× faster training than classroom sessions
- 43% reduction in workplace injuries
- Significantly less operational downtime
- Over 100 employees trained using VR
- Plans to expand into AR, safety drills, and LMS integration
Isover’s thoughtful rollout is a model for how manufacturers can introduce XR without disrupting established processes.
What These Stories Reveal About XR’s Real Value
Across both case studies, several consistent themes emerged:
- XR solves physical and safety constraints that traditional training can’t.
High-risk or rarely accessible environments become accessible anytime.
- Training becomes standardized.
SMEs aren’t required to be everywhere at once, and trainees get consistent instruction.
- Costs drop as training capacity increases.
Removing downtime and travel has an outsized impact, especially for global teams.
- Digital twins become long-term training assets.
One investment supports multiple training modules over time.
- XR scales only when the CAD-to-XR pipeline is simple.
This is essential to get real ROI from your XR training.
The State of XR in Manufacturing: Ready for Scale, Held Back by Workflows
While the value is clear, most organizations still struggle with:
- Leveraging existing CAD data in real-time web and XR experiences
- Creating consistent training experiences across devices
- Managing 3D assets across engineering, L&D, safety, and IT
- Updating content without re-building from scratch
- Connecting XR into existing infrastructure (PLM, LMS, DAM, etc.)
The technology is ready — the workflows weren’t. Until now.
The Breakthrough: Automating CAD → WebXR → Headset
The session demoed how VNTANA and SynergyXR together enable:
- Instant CAD-to-3D Optimization
Teams upload existing CAD, and VNTANA’s Intelligent Optimization™ automatically converts it into lightweight, real-time assets — no manual decimation or cleanup required.
- Seamless Publishing to Web, Mobile, and XR Headsets
SynergyXR takes those optimized assets and enables trainers to build digital twins, procedures, and guided training without writing a line of code.
- Publishing once, deploying everywhere
Make sure to choose solutions that work across all devices (browser, tablet, mobile, and headsets) without rebuilding content.
- Integrating with existing systems
XR training becomes more powerful when it aligns with:
- PLM/ERP updates
- SOP changes
- Learning Management Systems (LMS)
- Engineering version control
A Repeatable Model That Works Across the Entire Org
XR goes from a one-off project to a scalable content pipeline that any plant or team can use.
A Practical Framework Any Manufacturer Can Apply
To close the session, we shared a simplified blueprint used by the most successful teams:
- Start with a single high-value procedure.
Lockout/tagout, hazardous maintenance, onboarding, etc.
- Build XR from the CAD you already have.
Engineering data is already accurate — reuse it.
- Make content creation accessible to trainers.
Don’t rely solely on 3D specialists, choose no-code or low-code solutions that tie into your existing 3D data pipelines.
- Roll out plant-by-plant with reusable templates.
This is how Isover and TGS scaled effectively.
- Measure outcomes, not headset usage.
Track safety improvements, reduced downtime, and faster time-to-competency.
Final Reflection
The stories from TGS and Isover capture a shift happening across manufacturing:
XR training isn’t about hardware — it’s about building practical workflows that let organizations reuse the engineering data they already trust.
With the right pipeline, immersive training becomes safer, faster, and easier to scale across global teams — not as a futuristic promise, but as a grounded operational improvement already delivering results.
