01
Compose
143 reusable components across controls, conveyors, robotics, process, building, street and scenario-dressing packs.
Build a factory from reusable PBR components, generate its PLC tags, write the logic, inject faults and watch the scene move—without installing a vendor IDE or Windows-only desktop simulator.
Orbit every model in the browser: conveyors, controls, robots, process equipment, street furniture and scenario props. These are the same PBR assets used by guided 3D scenarios and the Pro 3D Sandbox.
Public viewer is free. Guided 3D starts on Basic; composing and saving custom 3D scenes is Pro.
One connected workflow
The component contract is shared between the public viewer, guided scenarios and custom builder. A conveyor behaves like the same conveyor everywhere.
143 reusable components across controls, conveyors, robotics, process, building, street and scenario-dressing packs.
Every functional object exposes typed input and output ports that generate collision-safe PLC tag names.
Write ladder or Structured Text in the same workspace and import selected-object or whole-scene tags.
PLC state drives deterministic motion, signal lamps, analogue progress and realistic failure states.
Honest category boundary
Use it to learn sequencing, interlocks, I/O, faults and spatial machine behaviour. Do not use it as evidence that a production line is mechanically safe or cycle-time capable.
CAD ingestion, hardware network emulation, safety certification and high-fidelity mechanical commissioning are outside the current product scope.
| Need | Best fit |
|---|---|
| Learn PLC logic in a visual factory | 3D Sandbox or guided 3D scenarios |
| Connect a vendor IDE to external scene I/O | Factory I/O or vendor-compatible tooling |
| Validate production mechanics and networks | Production virtual commissioning stack |
| Model throughput and queues statistically | Discrete-event simulation software |
Each component has a stable root, physical scale, ground-contact pivot, PBR material contract, motion classification, I/O ports, snap ports and failure modes. That lets us compose many scenarios without duplicating scene code or animation logic.
A sandbox proves your machine can move. Automated scenario tests prove your program meets a specification. We ship both: open composition for exploration and controlled tasks for objective learning evidence.