01Bring the change
A new revision from CAD, a new step in the routing, a longer test. Airsup reads it from the tools you already use.
Will the new revision fit the line?
Airsup tells you before release which stations, machines and cycle times a product change breaks. It runs the new revision on the digital twin of your line and shows the new bottleneck, the drop in output and the fix.
- Drone X1
- 987
- Drone X2
- 629-36%
- X2, second cell
- 987+57%
Drone X2 on the Drone X1 line: calibration becomes the bottleneck, a second cell restores the output. Simulated.
How it works.
Scan, twin, simulation and agents, in one workspace.
02Run it on the twin
The new product runs a simulated week on the twin of the line it will be built on.
03See what breaks
Stations that overload, machines that must change, the new bottleneck and the lost output, station by station.
04Get the fix
Agents propose the fix with its own simulation, for example a second cell. Nothing applies without a person.
What you get.
- Before release
- Which stations, machines and cycle times the change affects, and by how much
- The fix
- A proposed change to the line with its simulated result
- Price
- Full facility, from $5,000, every user included
Questions.
How does Airsup know a change will not fit?
It runs the new routing and cycle times on the twin of your line. When a station needs more time than the line has, the simulation shows the queue and the output drop.
Does it work with our CAD?
Fusion and Onshape connect directly, and any other CAD comes in as STEP.
Who applies the fix?
A person. Agents propose; people decide.