Flux, visualized in context.
Explore the relationship between core, vessel, shielding, and the spatial behavior of the field.
Bring facility geometry, engineering context, and radiation-analysis results together in one navigable digital environment.
Move from the control room to the reactor hall, placing flux, shielding, and engineering insight directly in the physical setting where decisions are made.
Explore the relationship between core, vessel, shielding, and the spatial behavior of the field.
Bring analysis, geometry, and technical communication into a shared visual context.
A digital twin makes complex facility systems easier to communicate across planning, design review, operations, and training.
Represent rooms, equipment, shielding, access routes, and plant systems spatially.
Place flux, dose, thermal conditions, and analysis results directly onto the facility model.
Use camera paths and focused views to make engineering stories clear and memorable.
Start with clear visual storytelling today, then evolve toward interactive 3D tomorrow.
Radcol’s digital-twin concept connects facility geometry, engineering context, operational information, and radiation-analysis results inside one immersive environment.
Inspect critical spaces, bring technical results into physical context, and align teams around a shared understanding of complex systems.
Discuss your facility →Build a flexible storytelling layer that can progress from this visual concept into a navigable interactive 3D experience.
Begin with the operational view and see the facility through the lens of the engineering team.
See critical equipment, monitoring zones, and the wider operational environment together.
Move into the physical heart of the facility and reveal the flux behavior around the core.
Start with a focused facility area, a defined engineering question, and a digital experience built for the people who need to understand it.
Talk to an expert →