Kitchen display vs kitchen printer, decided

Kitchen display vs kitchen printer is one of the oldest arguments in restaurant technology, and one of the most practical. Paper tickets have run kitchens for decades: the printer chatters, the ticket goes on the rail, the chef calls it, and the dish goes out. Screens promise more: no lost tickets, timers on every order, routing to the right station and a record of how long everything took. Chefs who have used both often have strong opinions, and they do not always agree.

The honest answer is that both work, and each wins in different kitchens. The choice is easier if it is made on four practical tests rather than on habit or fashion: how often tickets are lost or misread, how fast the kitchen works, what each option really costs, and what happens on the night the power or the internet goes out. Each test favours one side or the other, depending on the kitchen.

This guide compares kitchen printers and kitchen display screens on those four tests, sets out the kitchen display benefits that matter and the ones that do not, and describes the kitchens where each wins. It covers ticket times, order accuracy, the move from paper to screens, and a worked example.

With kitchen printers, an order taken at the till prints on a ticket at each station that needs it: the grill, the fryer, the larder, the pass. Cooks read the ticket, cook the dish and spike or rail the ticket when it is done. The chef at the pass often has a copy of every ticket to call and check the food.

With a kitchen display, the same order appears on a screen at each station instead. Cooks see the dishes, start them, and mark them done with a tap or a button on a bump bar. The pass sees what each station is working on and what is ready. When a ticket is finished, it disappears from the screen, and its timings are recorded.

Both follow the same logic as the classic brigade de cuisine: the kitchen is divided into stations, each responsible for part of the dish, with the pass bringing them together. The question is only how each station learns what to cook, and when.

At the pass, the difference is clearest. With paper, the chef holds or rails a copy of every ticket, calls each course to the stations, and checks each plate against the ticket before it leaves. A good chef can run a busy pass this way, but everything depends on their memory and their voice.

With a screen at the pass, the chef sees every open order, how long it has waited, which items each station has finished and which are still cooking. They can fire a course with a tap and see at once when a station is falling behind. Many chefs still call tickets aloud; the screen gives them a clearer picture to call from.

Compare the two on four tests:

The sections that follow take each test in turn, honestly.

Paper tickets can be lost. They fall behind the pass, get soaked, smudge in the heat, stick together, run out of paper mid-service, or are pulled off the rail by mistake. A ticket that disappears means a table that waits, often until the guest asks. In a busy kitchen, it happens more often than most chefs would like to admit.

Screens do not lose tickets in the same way. An order stays on the screen until someone marks it done, and if it is marked done by mistake, it can usually be recalled. That is one of the clearest kitchen display benefits.

Order accuracy is about more than lost tickets. A ticket also has to be read correctly: the right dish, the right changes, the right allergy, the right seat. Paper tickets can be hard to read when they are crowded, printed faintly or covered in sauce. Changes made after the order was sent need a second ticket, which may arrive after the first was cooked.

A good screen shows changes clearly, marks allergies prominently, and updates the order when something is changed or removed. Our guide to kitchen tickets that never need a shout covers what a clear ticket includes, on paper or on screen.

Speed is where opinions differ most. Many experienced chefs work very fast with paper: they can scan a rail of tickets at a glance, hold several in their hands, and reorder them by moving paper. For them, a screen can feel slower at first.

Screens offer different kinds of speed. Orders arrive instantly at the right station, without anyone carrying tickets. Timers show how long each order has waited, so the oldest are cooked first. The pass can see which station is behind and help before tables start to wait.

Ticket times, the minutes from order to pass, are the clearest measure of kitchen speed. With paper, they are rarely measured, because nobody records when each ticket started and finished. With a screen, every ticket is timed automatically, so the kitchen can see its median ticket time, its slowest tickets, and how ticket times change at the peak.

That data is often the most valuable thing a screen provides. A kitchen that can see its ticket times can improve them. Our guide to ticket times covers how to read and improve them.

Screens can also route orders more precisely: a starter to the larder, a main to the grill, a side to the fryer, each at the right time. Courses can be held and fired, so the grill does not start a main while the table is still on its starters. With printers, routing is possible but cruder, and timing usually depends on the chef calling the courses.

For a kitchen with many stations and coursed menus, this can make service noticeably calmer.

Kitchen printers are cheap to buy and robust. A thermal or impact printer for each station costs relatively little, and paper rolls are a modest running cost. Printers survive heat, grease and knocks well, and they rarely need updating.

Screens cost more at the start: a screen or tablet for each station, mounts, perhaps bump bars, and sometimes a monthly software fee. They also need care: screens in a hot, greasy kitchen need protecting and occasional replacement. Over several years, the gap narrows, but screens are usually the more expensive option on equipment alone.

The cost of a lost ticket does not appear on any invoice: a table that waits twenty minutes, a dish remade, a free dessert to apologise, a guest who does not return. Nor does the cost of not knowing your ticket times. These costs are real, and in a busy kitchen they can outweigh the price difference between printers and screens.

Estimate them honestly. If your kitchen rarely loses tickets and has few complaints about waits, the hidden costs are small. If both happen every week, they are not.

Both options fail if the power fails. Printers need power, and so does the till that sends them orders. Screens need power too, though tablets with batteries can keep running for a while. In a full power cut, every kitchen falls back on handwritten tickets.

The more common failure is the network. If the internet drops, a cloud-based screen may lose its connection to the till, while a printer connected directly to a local till may keep printing. Ask exactly what happens in each case, and plan a fallback.

Whatever you choose, plan for failure. Keep paper order pads and pens at the pass. Agree how orders will be written and called if the system stops. For screens, ask the supplier how the kitchen is told when the connection drops and what happens to orders sent during the gap. For printers, keep spare paper rolls and a spare printer if the kitchen depends on one.

A kitchen that has practised its fallback recovers in minutes. One that has not can lose a whole service.

The kitchen display benefits that matter most in practice are:

Our guide to kitchen display benefits, measured not promised covers how to check whether a screen is delivering them.

Some benefits matter less than they are sold. Colourful screens, animations and elaborate layouts look good in demos but add little in service. Detailed reports nobody reads are not a benefit. Features that need cooks to tap the screen several times per dish slow the kitchen down.

Score screens on the benefits that matter, and on how few taps they need in service.

A kitchen is a hard place for any device. Heat, steam, grease and water all shorten the life of screens and printers, and a device in the wrong place is either unreadable or quickly broken. Mount screens at eye level, away from the fryer and the grill's direct heat, angled so the cook can read them from where they work. Protect them with covers or mounts designed for kitchens.

Printers need placing with care too: close enough that tickets do not have to be carried far, far enough from water and heat that the paper stays dry and readable.

A paper kitchen is often a loud one. Tickets are called aloud, stations shout back, and the chef raises their voice to be heard over the extraction. That works for a settled team, but it is tiring, and a call missed in the noise means a dish missed.

Screens do not end calling, and many chefs would not want them to. But they reduce the number of things that have to be shouted, because each station can see what it needs to cook and when. Kitchens that move to screens often describe service as calmer, with the voice kept for the moments that matter.

The kitchen is not the only place orders go. The bar, the coffee station and sometimes the dessert section receive orders too. Decide for each one whether a printer or a screen suits it best. A busy bar with cocktails and many changes may gain from a screen; a coffee station with simple orders may work perfectly well with a small printer or a shared screen.

There is no rule that every station must use the same method, as long as every order reaches the right place reliably.

New cooks learn a paper kitchen by watching and listening: how the chef calls, how tickets are railed, how each station keeps track. It works, but it takes time, and the habits vary from one chef to the next.

A screen gives a new cook a clearer starting point. The order is in front of them, with the changes and allergies marked, the timer running and the next ticket waiting. They still need to learn the station and the menu, but they are less likely to miss an order while they do.

Kitchen printers still win in several kinds of kitchen: a small kitchen with one or two cooks who see every ticket; a kitchen with very simple orders, such as a café or a pizza counter; a kitchen with an unreliable internet connection; a kitchen where the chef works brilliantly with paper and the team is settled; and a kitchen where budget is very tight.

In these kitchens, the benefits of screens are smaller and the costs relatively larger.

Kitchen display screens win in busy kitchens with several stations, coursed menus, frequent changes and allergies, and high volumes at the peak. They win where tickets are lost often, where ticket times are a problem, and where the owner wants to measure and improve the kitchen's speed. They also win in kitchens with high staff turnover, because a new cook can follow a screen more easily than a rail of tickets.

Some kitchens use both: screens at the stations and a printer at the pass, or a printer for the bar and screens in the kitchen. This can ease the move from paper to screens, and it suits chefs who like a paper copy to call from.

Be careful not to create two sources of truth. If a change is made on the screen but the printed ticket is not updated, the pass and the station may cook different things.

If you move from printers to screens, involve the head chef from the start, and choose a quiet week to switch. Mount the screens where cooks can read them without moving, at the right height and away from the worst heat. Train every cook on the few actions they will use every service.

Run a few services with both printers and screens if possible, then remove the printers once the team is confident. Expect a week or two before the kitchen is as fast as before, and then faster.

Measure the result after the move: ticket times before and after, lost or remade tickets, and complaints about waits. With paper, you may need to estimate the before figures from a few timed services. With screens, the after figures are recorded automatically.

If the numbers do not improve after a month, find out why: the screens may be poorly placed, the routing may be wrong, or the team may need more training.

Here is an illustrative kitchen comparing the two. The details are examples.

The venue kept a printer at the bar, where orders were simple.

servearound's kitchen runs on screens, not printers: it does not print kitchen tickets. Tickets reach each station oldest first, with the allergy, the seat, any "No" lines for removed ingredients and voided lines shown, and cooks work by touch or with a bump bar that can bump, recall, start, move between tickets and page. Held courses stay off the active board until they are fired, and remakes arrive as a re-fire so the guest is not charged twice. Screens pair with an 8-character code, and when the connection drops, the screen says it is reconnecting.

The kitchen's live view shows new, preparing, ready and delayed tickets, the oldest ticket and the load on each station, and kitchen analytics shows median and P90 prep time, remake rate and on-time rate. See Order Fulfillment and pricing.

In busy kitchens with several stations and many changes, usually yes. In small, simple kitchens, a printer often does the job well for less.

Not in the way paper does. An order stays on the screen until it is marked done, and can usually be recalled.

They are robust and cheap, and a printer connected to a local till may keep working when the internet drops. Both fail without power.

No lost tickets, clear allergies and changes, routing to the right station, held and fired courses, timers and measured ticket times.

More at the start, and sometimes a monthly fee. The gap narrows over several years, and the cost of lost tickets can outweigh it.

Plan a fallback with paper pads, and ask the supplier exactly what happens to orders sent during the gap.

Yes, but avoid two sources of truth. Make sure changes reach every copy of the order.

Usually a week or two before the kitchen is as fast as before, then faster as the team learns.

Kitchen display vs kitchen printer is decided best on four tests: lost tickets and order accuracy, speed and ticket times, the full cost, and the night the power or internet goes out. Kitchen printers are cheap, robust and fast for experienced chefs in simple kitchens. Screens remove lost tickets, show allergies and changes clearly, route orders, hold and fire courses, and measure ticket times automatically.

Choose printers for small, simple kitchens, unreliable connections or tight budgets; choose screens for busy, multi-station kitchens with coursed menus and many changes. Plan a fallback either way, involve the head chef, switch in a quiet week, and measure ticket times before and after.