Kitchen printers: what a screen does better

At half past eight on a busy night, a table's mains do not arrive. The server checks the till: the order was sent twenty-five minutes ago. The kitchen has no ticket. Somewhere between the printer and the rail, a slip of paper fell behind the fryer, stuck to the back of another ticket or was never printed because the roll ran out. Nobody knows which, and the table is now very hungry.

Kitchen printers have run restaurant kitchens for decades, and in many kitchens they still work well. But they fail in familiar ways: lost tickets, faded print, rolls that run out mid-service and a printer placed wherever the cable reached. A kitchen screen fixes most of those, and adds things paper never could.

This guide covers how kitchen printers fail, what a screen does better, the four things paper still does well, and how to decide whether a screen is worth it for your kitchen. Every venue and figure in it is an example.

A kitchen printer is usually a small thermal or impact printer connected to the till. When a server sends an order, the till sends each station its part, and the printer prints a ticket. The cook tears it off, reads it and hangs it on the rail. When the dish is done, the ticket goes to the pass with the plate, or into the bin.

It is a simple system, and its simplicity is its strength. Cooks understand it at once, and a ticket on a rail is easy to read at a glance. Many chefs have worked with nothing else.

But every step depends on a small piece of paper surviving a hot, wet, busy kitchen, and on someone noticing when it does not.

The most serious failure is the lost ticket. A ticket that falls off the rail, sticks to another, is torn off with the one before it or is thrown away by mistake is an order the kitchen never cooks. The table waits, the server assumes the kitchen is slow, and the kitchen has no idea the order exists.

Lost tickets are hard to spot, because nothing tells anyone they are missing. The first sign is usually a guest asking where their food is. By then, the table has waited far longer than it should, and the kitchen has to rush an order it could have started twenty minutes earlier.

Kitchens reduce the risk with routines: a single rail, tickets hung in order, a check at the pass for tables that have waited too long. But a routine depends on people following it, at the busiest moment of the night.

Most kitchen printers use thermal printing, which marks heat-sensitive paper without ink. It is fast and quiet, but thermal paper fades with heat and light, and a kitchen has plenty of both. A ticket left near the grill for twenty minutes can turn grey and hard to read.

Rolls also run out. A printer that runs out of paper in the middle of service may stop printing without anyone noticing, so the next three orders never appear. Some printers beep or flash a light; in a loud kitchen, that is easy to miss.

Impact printers, which use ink ribbons on plain paper, survive heat better but are louder and slower, and their ribbons fade too. Whichever type you use, someone has to check the paper and the print quality before every service.

Kitchen printers are often placed where the cable reached, not where the cook can see them. A printer behind the fryer, under a shelf or at the end of the line forces cooks to walk to collect tickets, or to rely on someone else to bring them.

Heat, grease and steam shorten a printer's life. A printer next to the grill collects grease on its cutter, its paper path and its sensors, and fails more often than one placed away from the heat.

Placement also matters for reading. A ticket printed at one end of the line but cooked at the other has to travel, and every journey is a chance for it to be lost or delayed.

When a guest changes an order after it has been sent, a printer can only print a new ticket. The cook must find the original, compare the two and work out what has changed. In a busy service, the change ticket may be hung after the original has already been cooked, or missed entirely.

Voids work the same way. A dish removed from the order prints a void ticket, if the till is set up to do so, and the cook must notice it before cooking the dish. A void missed is a dish cooked for nobody, and a cost to the kitchen.

These moments are where order accuracy suffers most on paper, because the information arrives in pieces, on separate slips, at different times.

Allergies are the most important information on a ticket, and paper often treats them like everything else. A printer prints in one size and one colour, so an allergy note can look the same as "no onions" or "extra sauce", especially if it sits at the bottom of the ticket.

Kitchens work around it with capitals, asterisks, a separate allergy ticket or a coloured sticker added by hand. Those help, but they depend on the till's settings and on people remembering the extra step at the busiest moment.

A ticket that cannot make an allergy stand out relies entirely on the cook reading every line carefully, every time. That is a lot to ask of someone with ten tickets on the rail.

The first thing a kitchen screen does better is simple: tickets do not get lost. A ticket on a screen stays there until a cook clears it. It cannot fall behind the fryer, stick to another ticket or be thrown away by mistake.

Screens also show the order of tickets clearly. Tickets appear oldest first, so the next ticket to cook is always obvious, and each one shows how long it has been waiting. A ticket that has waited too long is easy to spot, because its age keeps counting on the screen.

That alone prevents many of the worst moments in a paper kitchen: the forgotten order, the table that waits half an hour and the guest who has to ask.

The second advantage is order accuracy. A screen can show changes on the original ticket, so the cook sees what has changed without comparing two slips. A dish voided after it was sent can stay on the ticket, struck through, so the cook knows to stop cooking it.

A screen can also give each kind of information its own look. Allergies can sit at the top of the ticket in a strong colour. Removals can appear on their own line in red. Options and notes can sit under their dish. Our guide to modifiers on the ticket: no onions, really covers how each change should appear.

None of this depends on the till's print settings or on someone adding a sticker by hand. The screen shows it the same way every time.

The third advantage is visibility. Each station can have its own screen showing only its work, and a screen at the pass can show the whole kitchen, so the person running the pass can see every table's progress at once.

With paper, the pass sees only what reaches it. With screens, the pass can see that the grill has five tickets waiting while the cold section has none, and move work or call for help before tables start waiting. Our guide to kitchen screen layout for four stations covers how to set the screens up.

Screens also make held courses visible. A main that is held until the starters are nearly finished can sit on the screen marked as held, so the station can see what is coming without starting it.

The fourth advantage is measurement. Paper tickets leave no record of how long each one took. A screen records when each ticket arrived and when it was cleared, so the kitchen can see its ticket times for the first time.

That turns arguments into evidence. Which station is slowest? Which hour is the hardest? Which dishes take longest? Our guide to kitchen display benefits, measured not promised covers how to measure what a screen changes in your kitchen.

Measurement is often the benefit kitchens did not expect. Once they can see their ticket times, they start improving them.

On paper, the ticket often travels with the plate: the cook puts the finished dish and its ticket on the pass, and the runner reads the table number from the slip. Take the paper away, and the kitchen needs another way to match plates to tables.

Most kitchens with screens solve it at the pass. The person running the pass reads the table from the screen and calls it, writes the table number on a small slip for the runner, or uses a position on the pass that matches the order on the screen. Agree the method before the first service on screens, and practise it, because a plate that reaches the wrong table undoes everything a clear ticket achieved.

Paper is not all bad, and it is worth being honest about what it still does well. First, it is familiar. Every cook understands a ticket on a rail, and a new starter needs no training to read one.

Second, it travels. A paper ticket can go to the pass with the plate, so the runner knows which table it is for. Third, it can be written on: a chef can mark a fire time, circle an allergy or scribble a note. Fourth, it is cheap: a printer costs little, and paper rolls cost less.

A good kitchen screen must match those strengths: tickets as easy to read as paper, a clear way to match plates to tables at the pass, room for notes, and a cost that makes sense for the kitchen.

Even a kitchen that moves to screens should keep paper ready. Screens depend on power, a network and the system behind them, and any of those can fail. A kitchen with no fallback can stop completely when the network goes down.

Keep a pad of paper tickets at the pass and at the till, and agree how orders will reach the kitchen if the screens stop: servers write the order, the pass reads it out, and the kitchen hangs the slips as it used to. Practise it once, so the team is not learning it during a busy service.

Our guide to restaurant internet: two lines, one service covers how to make the network failure rare in the first place.

Kitchen printers need more looking after than their price suggests. Someone has to keep spare rolls at every station, change them mid-service, clear paper jams, wipe grease from the cutter and replace a printer that stops working on a busy night. Impact printers need ribbons as well as paper.

None of those jobs is large, but together they take time from cooks and managers every week, and they tend to land at the worst moment. When you compare printers with screens, count that time as well as the rolls themselves.

Kitchen printers cost little to buy, but they have running costs: paper rolls, ribbons for impact printers, repairs and replacements when grease and heat take their toll. They also have hidden costs: lost tickets that mean remakes and unhappy guests, and voids missed that mean food cooked for nobody.

Screens cost more to buy, in hardware and often in software, but they remove most of those hidden costs. The question of how much does a kitchen display system cost has more than one answer, depending on the hardware, the software and the number of stations. Our guide to how much does a kitchen display system cost sets out the full sum.

Compare the two honestly: the cost of the screens against the cost of the printers plus the remakes, the lost tickets and the time the pass spends chasing them.

Moving from kitchen printers to screens works best one step at a time. Start with one station, often the busiest or the one where lost tickets hurt most, and run it on a screen while the others stay on paper. Learn what works, adjust the layout, then move the rest.

Train every cook before their first service on a screen: how tickets appear, how to clear them, how to bring back a ticket cleared by mistake, how allergies and changes look. A cook who learns it during a busy service will reach for the paper they know.

Mount the screens where cooks can read them from where they work, at eye level and away from direct heat, and test them in the real light and steam of service before the first night.

Some kitchens run screens and printers together during the switch, printing a paper copy of each ticket as well as showing it on the screen. That can reassure the team, but it should be temporary: two versions of every ticket double the chance of confusion, especially when a change appears on one and not the other.

Set a date to stop printing, tell the team, and keep the printer for the fallback only. Most kitchens find that once cooks trust the screen, they stop looking at the paper within a week or two.

An invented brasserie runs three stations on kitchen printers. On busy nights, it loses one or two tickets, and the pass spends much of the evening checking which tables have waited too long. Allergy notes print at the bottom of tickets in the same type as everything else, and twice in a month a dish with a removal reaches the pass wrongly made.

The brasserie moves the grill to a screen first, then the other two stations a fortnight later, with a screen at the pass showing the whole kitchen. It keeps a pad of paper tickets at the pass for outages and practises using it once before the change.

After two months, lost tickets have stopped, the pass spends its time on plating rather than chasing, and the kitchen can see its ticket times for the first time. The grill turns out to be the slowest station at the busiest hour, which explains most of the waiting that used to be blamed on the floor.

servearound's kitchen runs on screens, not printers: it does not print kitchen tickets today, and ticket printing is coming. Each station has its own board on a screen that runs in a browser, paired with the venue by the short code it shows, and a screen can show one station or all of them, which gives the pass its whole-kitchen view.

Tickets arrive oldest first, each with its table and its age counting, the guest's allergies at the head of the ticket, every dish with its options, its allergens, its removals as "No" lines and its note, and a dish voided after it was sent stays on the ticket struck through. A held dish is marked held until it is fired, and cooks clear tickets by touch or with a bump bar. If a screen loses its connection, it says so and keeps trying until the connection returns, so keep a paper fallback for the rare night the network fails. Kitchen analytics show ticket times day by day, by station and by hour, and the remake rate. See Order Fulfillment.

They are cheap and familiar, and they work in many kitchens. But they lose tickets, fade and miss changes, which a screen avoids.

Tickets cannot be lost, and every ticket shows how long it has been waiting, oldest first.

Usually. Changes appear on the original ticket, voided dishes are struck through, and allergies and removals can be shown in a colour that stands out.

It is familiar, it travels to the pass with the plate, it can be written on and it is cheap.

Keep a paper fallback, such as a pad of tickets at the pass, for a network failure.

One station at a time, with training before each cook's first service on a screen.

Only briefly, during the switch. Two versions of every ticket double the chance of confusion.

It depends on the hardware, the software and the number of stations. Compare it with the cost of printers plus the remakes and lost tickets they cause.

Kitchen printers are cheap and familiar, but they fail in familiar ways: lost tickets, faded rolls, printers in the wrong place, changes and voids on separate slips, and allergies that look like every other note. A kitchen screen fixes most of those: tickets cannot be lost, changes appear on the original ticket, allergies stand out, the pass sees the whole kitchen and ticket times are measured.

Paper still does four things well: it is familiar, it travels, it can be written on and it is cheap. Keep it as a fallback, move to screens one station at a time, train every cook first, and compare the real costs, including the remakes and lost tickets that paper causes.