Factory layout ROI calculator

Put numbers on your next layout change: what stopping the line and planning the move costs today, and what rehearsing it in a digital twin first could save.

Your layout change

Currency

Use lost output value or contribution margin per hour, whichever your plant tracks. Include likely adjustment and re-move time in the downtime estimate; that is where trial and error gets expensive.

With moicon

Two assumptions drive the savings. Both are editable, so use your own estimates.

50%

In Hapro's case, planning time for new production lines dropped 50%: what took months now takes weeks.

Read the case study
30%

A starting assumption you can adjust. Rehearsing the change virtually surfaces fit, flow, and bottleneck problems before anything physically moves.

Projected savings per layout change

$78,000

Based on your numbers and the two reduction assumptions on the sliders. Drag either slider to see how the outcome shifts.

The old way$252,000
With moicon$174,000
  • Downtime cost$240,000 $168,000
  • Planning cost$12,000 $6,000

Savings over 5 years

$390,000

Cumulative, at 1 layout change a year.

Year 1Year 2Year 3Year 4Year 5

Cumulative savings by year: year 1, $78,000; year 2, $156,000; year 3, $234,000; year 4, $312,000; year 5, $390,000.

Why layout changes are expensive

Moving machines in a running factory costs more than the movers' invoice. Three costs dominate the bill.

Lost production

Every hour the line stands still is output you never ship. For most plants this is the largest cost of a layout change, and it grows every time the restart doesn't go to plan.

Planning and engineering

Measuring the floor, drawing layout options, and aligning production, logistics, and maintenance can take months of engineering hours before anything moves.

Trial and error

On paper, every layout works. Clearance, material flow, and vehicle route problems tend to show up after the machines have physically moved, and every correction means stopping the line again.

How a digital twin changes the math

moicon doesn't move the machines. It lets you rehearse the whole change in a 3D replica of your factory, so problems surface digitally instead of on the floor.

Verify fit and flow before anything moves

Drag and drop machinery inside a 3D replica of your factory to check placement, clearances, and material flow, down to the routes your AGVs will drive.

Simulate the new layout's throughput

Model the line with sources, processors, and buffers, then run the simulation to find the bottlenecks a new layout would create, before it exists.

Compare complete layouts as snapshots

Save each candidate layout as a snapshot of the same project and switch between them until the numbers and the flow both work. The running factory stays untouched.

See how others did it

Hapro plans production line moves in a digital twin of their running factory, and Ovun designed the layout of an entire new facility virtually before construction began.

Rehearse the change before you make it