Load “Low voltage”
Inspect the power-quality reading and the creper's available capacity. Watch work in progress accumulate upstream.
RUBBER PROCESSING · REAL-TIME 3D
See the constraint.
Test the intervention.
A connected production line that makes the relationship between machinery, inputs and output visible.
Runs in your browser. No Unity installation required.
Best explored on a laptop or desktop with WebGL 2 support.
Best explored on a laptop or desktop with WebGL 2 support.
01 — CONNECTED PLANT VIEWSYNTHETIC DATA
4linked production stages
7visible instrument tags
5adjustable operating inputs
↔sensor replay + KPI export
A SHORT DEMONSTRATION
Follow the evidence
through the line.
Start with a hypothesis, apply an intervention, then check whether another stage becomes the constraint.
Choose “Condition power”
Compare projected saleable output and electrical energy per tonne. Follow the constraint as it moves to the dryer.
Open the creper guard
Inspect the rollers, drive and bearing sensor. Try a worn-bearing scenario, wet feed or loss of wash-water flow.
FROM INSTRUMENT TO DECISION
Inputs. Machinery.
Consequences.
The model links washing and preparation, creping, drying, and baling. Material buffers, first-pass yield and energy demand respond to changes in operating conditions.
- Voltage and drive demand
- Incoming and residual moisture
- Bearing vibration and maintenance
- Dryer temperature and wash-water flow
Replay a supplied sensor CSV, then export a JSON snapshot of the scenario and its KPIs from inside the demo. Download the synthetic sensor CSV ↗
READ THE MODEL CORRECTLY
A diagnostic showcase.
A starting point for a site-specific twin.
All operating readings are synthetic. The equipment geometry, response coefficients, quality rules and scenarios are illustrative. The 65 MT/day capacity reference uses an explicit 16-operating-hour-day assumption in the model.
Projected output is a steady-state comparison. Accumulated good and rejected tonnes follow the linked material-flow simulation. The public demo has no live plant connection and does not control physical equipment.
A real deployment would map validated, timestamped PLC and instrument data into the twin and calibrate its relationships against observed production.