
Why one shared queue fails
A single printer or one long ticket rail forces every cook to scan the whole order and pick out their part. That scanning is slow, and it is exactly where items fall through.
The busier the night, the worse it gets, because the queue grows faster than anyone can parse it while also cooking.
Route by station, not by ticket
The fix is to send each line of an order to the station that cooks it, so the grill sees grill items and the cold station sees salads. Cooks stop hunting and start cooking.
Mapping every menu item to a station once means new tickets route themselves from then on, even when the menu changes.
Keep the whole ticket visible to expo
Stations should see only their work, but the expediter needs the full picture. The pass view shows every open table and its outstanding items so nothing is forgotten.
That split, focused stations and a complete pass, is what keeps a fast line both quick and coordinated.
Build in a fallback
Any digital system needs a plan for an outage, so keep a backup printer ready in case the network drops mid-service.
Train the team on the manual fallback before you need it, so a bad connection is an inconvenience, not a disaster.
- Route order lines to the station that cooks them
- Let cooks see only their station work
- Give expo the full pass view
- Keep a printer fallback for outages
Send Every Ticket to the Right Station
Kitchen expo ticket routing and course pacing. PlatePassr is built to help you put this into practice.
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