Crossing routes
See where two flows need the same floor space at the same time.
- Model vehicle and pedestrian routes
- Test passing and priority rules
- Measure crossing delays
Layout design &
optimization.
Make the floor work when material starts moving.
Compare plant layouts, routes, aisles, and staging in simulation before equipment is placed or moved.
The real challenges.
Two layouts may fit the same equipment yet perform differently once parts, people, and vehicles share the floor. Explore five challenges using the cards or arrows below.
How simulation helps
Crossing routes
Aisles & access
Staging & buffers
Cell placement
Future expansion
01 / 05
Aisles & access
Test whether tighter aisles save space or create costly waiting.
- Compare candidate widths
- Include turns and passing
- Balance flow with floor area
Staging & buffers
Keep work-in-process close without blocking a needed path.
- Test buffer locations
- Model pickup and delivery timing
- Find queues that block access
Cell placement
Compare equipment arrangements under the same movement demand.
- Use one part mix for each option
- Trace handling trips
- Compare travel and output
Future expansion
Check how each layout performs with the next cell or product mix.
- Add future equipment
- Raise volume and change the mix
- Find the next flow constraint
Explore all five challenges · Select a card or use the arrows
The results.
A layout study makes the trade-offs visible before the floor is marked out or an expensive move begins.
Compare viable layouts
See candidate plans tested against the same movement volumes and operating rules.
Expose route conflicts
Locate crossings and blocked aisles, and understand the waiting they create.
Use space deliberately
Balance floor area for equipment, movement, staging, and access.
Protect material flow
Test where buffers and delivery points belong so parts reach the work.
Leave room for growth
Know which layout can accommodate the next line, product mix, or volume step.
What you take away
A working simulation model + Scenario comparisons + Engineering recommendations
Layout & material flow consulting
Compare new plant layouts or changes to an existing floor before equipment is moved. We test how routes, access, staging, and future volume affect the operation.
Explore our simulation project supportRoute conflicts and congestion
Run forklifts, tuggers, manual movements, and pedestrian routes on the same floor plan at the planned volumes. We compare priority and routing options and measure where crossing flows create waiting, separating congestion losses from travel distance.
Aisle width and access trade-offs
Compare candidate aisle widths with turning, passing, and pickup behavior represented. The study shows the trade-off between floor area and delivered flow, helping your team choose widths and access rules that suit the movement profile.
Layouts that support future expansion
Test each layout at the volumes and product mixes you are planning for. We locate the first flow constraint and compare the equipment, staging, or route changes needed to accommodate growth before the floor plan is committed.
A study built around your operation
We define the areas, flows, and candidate arrangements relevant to your decision. The model connects production, storage, staging, and transport rather than judging each area in isolation. Proposed changes are tested before physical relocation.
Inputs for a credible comparison
Typical inputs include scaled floor plans, station and storage locations, movement volumes, vehicle characteristics, aisle widths, and traffic rules. We agree the level of detail needed to compare your candidate layouts.
Findings for your next decision
Depending on scope, receive layout comparisons, travel and waiting-time analysis, flow constraints, and engineering recommendations. Each option is tested on the same movement demand so the space and throughput trade-offs are visible.
Turn a floor-plan decision
into a workable flow.
With expert simulation consultation.
Tell us what you are placing, moving, or expanding. We’ll identify what a layout study should test.