Kitchen printing for restaurants: stations, routing, and setup
Kitchen printing is the nervous system of a restaurant: the moment an order is confirmed at the counter, at a table, or online, the right parts of it must appear at the right prep stations — instantly, legibly, and without anyone walking a paper slip across the kitchen. Screens (KDS) are growing, but printed tickets remain the backbone of most kitchens for good reasons: they are cheap, glanceable, spike-proof, physically markable, and they keep working when a screen or its network does not.
Routing: the part that is actually hard
The value of kitchen printing is not printing — it is routing: the burger hits the grill printer, the salad hits the cold station, the drinks hit the bar, and the expo printer sees the whole order. Routing is configured in the POS, not the printer: each menu item belongs to a station, and each station maps to a printer. Two details separate smooth kitchens from chaotic ones: combined items (an order split across stations should reference its other parts — "1 of 3 tickets" — so nothing is plated early), and modifier visibility (the "NO ONIONS" line must print bold and unmissable, which is exactly what ESC/POS emphasis commands are for).
Hardware for hot, loud places
- Impact (dot-matrix) printers for the hot line — thermal paper darkens near heat sources; impact printers with ribbons are the classic griddle-side choice, and their noise is a feature (the ticket announces itself).
- Thermal printers for cold stations, bar, and expo — faster and quieter where heat is not an issue.
- Ethernet over USB for kitchen positions — kitchen printers sit far from the terminal, and cable runs beat wireless reliability in metal-heavy, steam-heavy environments. Reserve USB for printers at the terminal itself.
- Wall-mount brackets and splash positioning — above counter level, away from the dish pit, with paper rolls stocked at the station.
The software path for browser-based POS
A browser-based restaurant POS reaches kitchen printers the same way it reaches the receipt printer — through a local bridge with OS-level printer access (see our article on why browsers cannot do this directly). The bridge pattern extends naturally to multiple printers: the POS sends each routed ticket to the bridge, which delivers it to the mapped device. In the DAXTOP ecosystem this is native: the restaurant platform (daxtop.com/products/restaurant) handles order routing and station logic, and AnyPrint delivers the tickets — receipts and kitchen tickets through one free bridge, with the ESC/POS control (bold modifiers, cuts, buzzers on supported models) that kitchen legibility depends on.
Kitchen printing setup checklist
- Map every menu item to a station in the POS — unmapped items silently fall to the default printer.
- Print a test order that spans all stations and walk it: did each station get its part, with modifiers readable?
- Verify behavior when a printer is out of paper or offline — orders must queue or reroute, never vanish.
- Stock paper (and ribbons for impact printers) at each station, not in the office.