Factory Layout Optimization
Compare factory and plant layout variants on measurable outcomes—throughput, travel distance, congestion, and utilization—so you optimize the floor before you pour concrete.

When to use
Best-fit scenarios
A practical set of situations where this capability creates the fastest value.
Greenfield: choose the best layout for a new facility.
Brownfield: reconfigure flow without disrupting production.
Capacity change: re-balance stations, buffers, and transport paths.
Deliverables
What you get
Concrete outputs you can use for workshops, decisions, and implementation.
What you get
- Side-by-side layout variants scored on KPIs (throughput, lead time, travel, utilization).
- Congestion and bottleneck maps under realistic variability.
- A decision-ready recommendation for the floor plan.
How it works
From model to decision
A repeatable flow that scales from early design to high-variability operations.
Model the floor
Place stations, assets, buffers, and transport paths in 3D at 1:1 scale.
Simulate each variant
Run the same demand and shocks across layouts to compare flow, not opinions.
Optimize and decide
Pick the layout that holds up under real-world variability and scales with mix.
Next step
See this capability on your process.
Book a demo to map your environment, compare scenario variants, and define an actionable rollout path (manual → historical → live data).
Frequently asked questions
- What is factory layout optimization?
- It is choosing the floor layout that performs best on measurable outcomes—throughput, travel distance, congestion, and utilization—by comparing variants in simulation rather than by opinion.
- How do you compare layout variants objectively?
- Each variant runs under the same demand and the same shocks in the digital twin, so you compare flow and KPIs, not drawings.
- Can I optimize a layout without stopping production?
- Yes. For brownfield sites you model the current floor and test reconfigurations virtually before any physical change.
- Which KPIs matter for plant layout?
- Throughput, lead time, material travel distance, congestion at shared aisles, buffer sizing, and resource utilization.