Every order that leaves the POS has to reach a cook. For decades that meant a printed ticket; today many kitchens use screens instead. Both work — but they behave very differently in a hot, busy kitchen, and the right choice depends on your menu, your volume and your team.
This comparison explains how kitchen printers and kitchen display systems (KDS) work, how they handle preparation stations and order status, what they need from your network, how reliable each is, and which setup fits common restaurant scenarios.
In this guide
How each option works
Kitchen printer
When an order is sent, the POS prints a ticket at the relevant station. Kitchen printers are typically impact printers (ink ribbon on plain paper) or thermal printers (heat-sensitive paper). Impact printers are commonly chosen for hot cooking lines because thermal paper can darken near heat. Cooks read the ticket, often clip it on a rail, and discard or spike it when the dish is done.
Kitchen display system (KDS)
A KDS shows orders on a screen at each station. Orders usually appear in arrival order, with a timer that changes colour as they age. When an item or order is finished, the cook marks it done — by touching the screen or pressing a bump bar, a rugged keypad designed for wet or greasy hands. The status can flow back to servers or to the pass.
Side-by-side comparison
| Criterion | Kitchen printer | Kitchen display system |
|---|---|---|
| Upfront cost | Lower | Higher (screens, mounts, possibly bump bars) |
| Running cost | Paper and ribbons | Little consumable cost; software and hardware upkeep |
| Order visibility | One ticket, one place | All open orders visible at a glance |
| Order timing | Not measured | Timers, colour alerts, ticket-time history |
| Status to front of house | Verbal or by walking to the pass | Can be shown to servers automatically |
| Changes and cancellations | New ticket printed; old one must be found | Order updates on screen |
| Lost tickets | Possible (dropped, burned, misplaced) | Not applicable |
| Heat, grease, steam | Impact printers tolerate well | Needs suitable screen placement and protection |
| Training | Minimal | Short training on screen and bump workflow |
| Power or network failure | Printer needs power and connection too | Screen needs power and connection |
Neither option is immune to network or power failures: both receive orders from the POS. The resilience of the whole setup depends on the network and power design discussed below.
Preparation stations and routing
Most kitchens have more than one station: grill, fryer, cold kitchen, pizza oven, desserts, bar. Each product should be routed to the station that prepares it.
- With printers: one printer per station; each prints only its own items. An optional expo printer prints the full order for the pass.
- With KDS: one screen per station showing only its items, plus an expo screen showing complete orders and which stations have finished.
- Hybrid: screens on the cooking line, printers at the bar or for takeaway packing labels.
Routing is configured per product in the POS. The restaurant POS workflow guide covers how to set up items, modifiers and courses so each station receives the right information.
Order status and timing
Order status is where KDS has the clearest advantage. A screen can show when each order arrived, how long it has been waiting and which items are done. Many systems colour tickets as they pass time thresholds you define, and keep a history of preparation times for later analysis.
With paper, status lives in the cooks’ heads and in conversations at the pass. That works well in small kitchens with experienced staff; it becomes fragile as volume, the number of stations or staff turnover increase.
Whichever option you choose, decide who “owns” the pass: one person checking completeness and quality before plates leave the kitchen prevents most wrong or incomplete orders.
Networking and power
Kitchen printers and screens are usually connected to the POS over the restaurant’s local network.
| Element | Recommendation |
|---|---|
| Kitchen printers and screens | Wired Ethernet where possible; fixed (reserved) IP addresses |
| Handheld order devices | Dedicated staff Wi-Fi with good coverage in the dining room |
| Main POS computer | Wired, on a UPS, never on guest Wi-Fi |
| Router and switch | On the same UPS as the main computer |
| Internet | Not required for local order routing in an offline-first setup |
In a local, offline-first setup, orders travel from the POS to the kitchen over the restaurant’s own network, so an internet outage does not stop the kitchen. Poskio’s kitchen screen and handheld ordering work this way over the local network — see kitchen display, multi-terminal and the multi-terminal setup guide.
Reliability in a real kitchen
- Placement: keep screens and printers away from direct heat and splashes; mount screens at eye level within reach.
- Protection: use enclosures or splash-resistant hardware rated for kitchen use where available.
- Inputs: bump bars or large touch targets are easier to use with gloves or wet hands.
- Consumables: keep spare paper and ribbons at every printer; a printer out of paper at 20:00 stops a station.
- Fallback: decide in advance what happens if a station device fails — e.g. route that station’s items to another printer or screen, or to the expo.
Which option fits your restaurant?
| Scenario | Suggested setup | Why |
|---|---|---|
| Small café, one cook, short menu | One kitchen printer or one screen | Low volume; simplicity wins |
| Pizzeria with takeaway and tables | Screen at the oven; printer for packing labels or bar | Order timing matters; takeaway needs paper |
| Fast food, high volume | KDS with bump bars per station, expo screen | Speed and ticket-time visibility |
| Full-service restaurant with courses | KDS per station plus expo; printer at the bar | Coordination across stations and courses |
| Kitchen with frequent staff turnover | KDS | Clear visual workflow, less reliance on memory |
| Very hot, greasy line on a tight budget | Impact printer per station | Robust and inexpensive |
See also POS for pizzerias, POS for fast food and POS for restaurants.
Comparing costs without guesswork
Prices for hardware, paper and software differ widely between suppliers and countries, so rather than quoting numbers that may not apply to you, compare the options on the same three-year basis:
| Cost item | Kitchen printer setup | KDS setup |
|---|---|---|
| Hardware per station | Printer | Screen, mount, possibly bump bar |
| Consumables per year | Paper rolls, ribbons (impact) | Minimal |
| Software | Included in the POS or none | Check whether it is included or charged separately |
| Installation | Network cabling, power | Network cabling, power, mounting |
| Training time | Low | Short initial training |
| Replacement / repairs | Print heads, cutters | Screens exposed to heat and splashes |
Multiply the consumables by your real ticket volume: a busy kitchen printing hundreds of tickets a day uses far more paper than a café, which changes the comparison. Also put a value on the problems each option solves — lost tickets, remakes and late tables cost food and goodwill even when they never appear on an invoice.
Staff and service considerations
Technology only works if the team trusts it. Experienced cooks who have worked with paper for years may be faster with tickets at first; newer staff often adapt to screens quickly because the layout guides them. Involve the head chef in deciding where screens go, how tickets are grouped and what the colour thresholds mean. Agree on simple rules: who bumps orders, who watches the expo screen, and what happens when something is remade. In the dining room, servers benefit most when the kitchen status is visible to them, because they stop walking to the pass to ask whether table 7 is ready.
Moving from printers to screens
- Start with one station — usually the busiest — and keep the printer there as a backup for the first weeks.
- Define colour thresholds for ticket age that match your real cooking times.
- Train every cook on bumping items and orders, and on what to do if the screen freezes.
- Add the expo screen once stations are comfortable.
- Review preparation times after a month and adjust station workload.
See how orders reach a kitchen screen in a local network setup: install the free edition and explore it with demo data.
Frequently asked questions
Is a kitchen display system better than a kitchen printer?
Not always. A KDS gives better visibility, timing and status tracking, which helps busy and multi-station kitchens. A printer is cheaper, simpler and robust, which suits small, low-volume kitchens.
What is a bump bar?
A rugged keypad used with a kitchen display. Cooks press it to mark items or orders as complete, which clears them from the screen.
Should kitchen printers be thermal or impact?
Impact printers are commonly preferred on hot cooking lines because thermal paper can darken near heat. Thermal printers are often fine at the bar or in cooler areas.
Can I use both screens and printers?
Yes. Many restaurants use screens on the cooking line and printers at the bar or for takeaway labels.
Does a kitchen display need internet?
Not necessarily. In a local setup, orders travel over the restaurant’s own network, so the kitchen keeps receiving orders during an internet outage.