There are five best pos cash drawer printer setups worth drawing, and your counter depth decides which are available. Sizing the two devices is covered in sizing a drawer and printer.
Key Takeaways
- Drawer under, printer beside is the best layout where depth allows.
- Below about 450mm of depth, a flip lid drawer is the answer.
- A printer above the drawer needs a sliding shelf, not the lid.
- Two tills should be mirrored with identical models.
- A standing counter suits a front loading printer at eye height.
- The scale’s position is decided before any of this.
Why the best pos cash drawer printer setups are chosen before models
A layout is settled on installation day and cannot be revisited without closing the counter, which puts it ahead of model choice in importance.
Drawer kick behaviour is documented by makers because the printer releases the drawer, which means every layout is built around the printer’s position.
The drawer follows, and the terminal follows both, because the terminal only has to be readable and reachable.
So the sequence is depth first, printer position second, drawer class third, and the screen last.
Staff adapt to a marginal layout within a fortnight, which conceals the problem from everybody including the owner.
A drawer opened halfway becomes normal, a printer lifted every roll becomes normal, and neither is ever reported as a fault.
So the best pos cash drawer printer setups are the ones chosen from four measurements rather than assembled from whatever space remained on the day.
| Decision | Depends on | Decided when |
|---|---|---|
| Scale position | Verification access | First, where one exists |
| Printer position | Depth and roll access | Second |
| Drawer class | Remaining depth | Third |
| Screen position | Reading height | Fourth |
| Cable routes | All of the above | Last, with slack |
Terms used in layout drawings
Five expressions recur when the best pos cash drawer printer setups are described, and each denotes something physical.
A flip lid drawer denotes one opening upward on a hinge rather than sliding outward, requiring no depth beyond its own footprint.
Full travel denotes the distance a sliding drawer extends when fully open, which is the dimension that reaches a customer.
A sliding shelf denotes a printer platform that moves forward for roll changes, distinguishing it from a fixed shelf.
Front loading denotes a printer whose roll is inserted from the front rather than the top, which matters wherever a unit sits high or under a shelf.
A service loop denotes deliberate cable slack at a connector, formed so movement is absorbed by the loop rather than the plug.
- Flip lid: opens upward, needs no outward travel.
- Full travel: how far a sliding drawer reaches.
- Sliding shelf: moves forward for roll changes.
- Front loading: roll inserted from the front.
- Service loop: slack that absorbs counter movement.
Layout one: drawer under, printer beside
This is the arrangement to choose wherever the counter allows it, and it is the most comfortable available.
The drawer mounts under the counter on rails and opens outward, which keeps the working surface clear for goods.
The printer sits beside the screen at the same height, which means no lifting for a roll change and no reaching across an open drawer.
Depth is the requirement. Measure from the customer edge to the wall and subtract about 60mm for cables before comparing anything.
Mark in chalk how far the drawer may travel before it reaches a customer standing at the counter, because comfort at full extension is the test that matters.
The cable run is short and horizontal, which makes the 150mm service loop at each connector easy to form and keep.
- Measure depth, then subtract 60mm for cables.
- Chalk the drawer’s travel against a standing customer.
- Place the printer beside the screen, same height.
- Form a 150mm service loop at both connectors.
- Photograph the counter from behind afterwards.
Layout two: flip lid drawer, printer wall mounted
This is the answer below roughly 450mm of depth, and it is a correct engineering response rather than a compromise.
A flip lid drawer opens upward on a hinge, which means it needs no outward travel and therefore no depth beyond its own footprint.
The printer goes on a wall bracket or a shelf at a height a standing operator reaches comfortably, which keeps the counter surface free.
Roll access matters more in this layout than in any other, so choose a front loading printer if the bracket sits above head height.
The cable run is vertical and longer than it looks, so measure along the route rather than in a straight line and add the service loop.
Compartment sizing matters as much here as anywhere. Indian banknotes come in several lengths, and a flip lid closes badly on curled notes.
Why a marginal layout becomes invisible
Layout deficiencies disappear from view within a fortnight, which is the principal reason they persist for the working life of the equipment.
Staff confronted with a drawer that cannot open fully do not report a fault, because the drawer opens sufficiently to remove the notes they require.
They instead adopt a partial opening, and an adopted habit is performed without deliberation and therefore without complaint.
The same adaptation occurs with a printer that must be lifted, since lifting becomes part of the roll changing procedure rather than an obstacle to it.
Management consequently receives no signal, and the eventual consequences arrive months later as cable faults and jammed drawer lids.
Chalking a layout before installation is therefore the only reliable opportunity to evaluate it, because afterwards nobody will mention it.
| Deficiency | Adaptation within a fortnight | Consequence months later |
|---|---|---|
| Drawer cannot open fully | Opened halfway | Coins jam the lid |
| Printer must be lifted | Lifting becomes routine | Kick cable loosens |
| Cable pulled taut | Nudged back into place | Intermittent faults |
| Screen catches daylight | Shaded by hand | Seconds lost per sale |
| Scale on a second surface | Walking to it | Fewer sales weighed |
Layout three: drawer under, printer above on rails
This layout suits a narrow till where beside is unavailable and depth is adequate.
The printer sits on a shelf above the drawer, and the shelf must slide forward rather than being fixed.
A fixed shelf forces the printer to be lifted or the operator to reach under it for every roll change, which is the strain this layout is prone to.
Resting the printer directly on the drawer lid is the version to avoid entirely, because every roll change moves it and the movement reaches the kick cable.
So specify the sliding shelf at installation. It is inexpensive, and retrofitting it means taking the counter out of service.
Leave a longer service loop than usual, since the printer will travel forward and back regularly rather than staying still.
Layout four: two tills, mirrored
This layout is a repetition rather than a design, which is exactly why it works when done deliberately.
Each till carries its own printer and its own drawer, because a printer provides one drawer kick interface and cannot release two drawers.
Accountability is the plainer reason for the second drawer, since two cashiers sharing cash cannot be held to a shortfall.
Mirror the two positions rather than duplicating them left to right, so each operator has the same reach from their own standing position.
Use the same model at both tills. Paper width then matches, which keeps one stock line and one spare cable set for both counters.
Label the cables identically at both positions, because two identically labelled counters can swap a spare in under a minute.
- One printer and one drawer per till, without exception.
- Mirror the positions rather than duplicating them.
- Same model at both tills, for one paper stock.
- Label both counters identically.
Layout five: front loading at a standing counter
This layout suits a kiosk, a takeaway window or any counter where the operator stands and the surface is shallow.
The drawer is a flip lid, mounted on the surface rather than under it, because there is usually no under counter space at all.
The printer sits at eye height with front loading access, which turns a roll change into a ten second job with no lifting.
Rule 46 of the CGST Rules lists the invoice particulars, so keep the paper width at 80mm even where the counter is small.
Cable routes are short and exposed in this layout, which makes labelling and a tidy service loop more visible and therefore more important.
Site the adapters on a shelf rather than the floor, since a standing counter usually has less concealed space and more foot traffic behind it.
Cable routes for each layout
Each layout implies a different cable route, and the route rather than the straight line distance is what a cable has to cover.
Beside and under produces the shortest route, running horizontally behind the counter with both ends at similar heights.
Flip lid with a mounted printer produces the longest, running vertically up a wall and needing a genuine measurement rather than an estimate.
Printer above on rails produces a route that changes length, because the shelf slides, so the loop must accommodate the travel rather than only the movement.
A mirrored pair produces two identical routes, which is the argument for labelling both counters the same way and stocking one cable type.
A standing counter produces short exposed routes, where tidiness matters visually as well as mechanically.
- Measure along the route, not in a straight line.
- Add 150mm for a service loop at each connector.
- Add the shelf travel where a printer slides.
- Label both ends of every cable.
- Photograph the finished routes from behind.
- Beside and under: shortest route.
- Flip lid and mounted: longest, measure it.
- Above on rails: route length changes, allow for it.
- Mirrored pair: two identical routes, one cable type.
The layout that is not a layout
One arrangement appears in more shops than any of the five and was never chosen by anybody.
The printer rests on the drawer lid, because that was where there happened to be room on installation day.
Every roll change lifts it, every drawer opening nudges it, and the movement arrives at the kick cable connector each time.
The fault it eventually produces is intermittent, which is the hardest kind to have diagnosed by somebody else and the most likely to be blamed on the drawer.
So it is worth correcting even after the fact, with a sliding shelf or by moving the printer beside the screen if any depth remains.
The pairing rules that apply whatever the layout are in the five pairing rules.
Where the scale fits into each layout
A weighing counter has one constraint the others do not, and it is decided before any of the five layouts is chosen.
Legal Metrology requires weighing instruments used in trade to be verified and stamped, and a verifier needs access to the instrument where it stands.
So the scale takes its space first, and the drawer class is chosen from whatever depth remains afterwards.
That frequently converts layout one into layout two, because the instrument has taken the depth a sliding drawer needed.
Keep the platform level and clear of the drawer’s travel, since a drawer opening beside a scale knocks it regularly.
Keep it away from any fan or cooling outlet as well, because airflow across a platform affects a reading on a sensitive instrument.
Choosing between the best pos cash drawer printer setups
Four measurements choose the layout, and all four come from the shop rather than a supplier.
Measure depth from the customer edge, which eliminates two of the five layouts immediately in most shallow counters.
Measure width across the till position, since a narrow till pushes you towards the printer above rather than beside.
Decide whether the operator sits or stands, because a standing counter favours front loading at eye height.
Decide whether a scale is present, because that single answer reorders everything else.
Then chalk the chosen layout on the counter before the equipment arrives, which is the cheapest test any of this receives.
| Answer | Layout it points to | Why |
|---|---|---|
| Deep, seated, no scale | Drawer under, printer beside | Best comfort |
| Shallow, any | Flip lid, printer mounted | No outward travel |
| Narrow, deep enough | Printer above on rails | Beside is unavailable |
| Two operators | Mirrored pair | One each, identical |
| Standing, shallow | Front loading at eye height | Easy roll changes |
Testing a layout before the equipment arrives
A layout can be tested with chalk and a cardboard box, which costs nothing and settles most arguments.
Draw the drawer’s footprint and its full travel, then stand where a customer stands and check the travel does not reach you.
Put a box of the printer’s published dimensions in its intended position and reach for an imaginary roll from your normal standing place.
Walk through three sales with a colleague, one keying, one handling goods, and note any step sideways either of you takes.
A step sideways on every sale is the clearest sign a layout is wrong, and it is invisible once staff have adapted to it.
Adjust the chalk rather than the equipment, since chalk is free and a counter rebuild is not.
Keeping a good layout good
Layouts drift, and three habits keep the drift small over years.
Keep the counter clear of stock around the devices, because accumulated goods are how a printer ends up somewhere nobody chose.
Check the service loops annually and re form any that have been pulled straight by a counter move.
Compare the counter against the photograph taken at installation, which is the fastest way to see what has migrated.
Never force a drawer that resists, since forcing damages the latch and a resisting drawer is usually a coin under the tray.
The selection questions behind the pair itself are in choosing the pair.
Wrong fit: layout choices that disappoint
Five choices recur. Each is a wrong fit, with the honest version beside it.
| Choice | Why it is a wrong fit | Honest version |
|---|---|---|
| Printer on the drawer lid | Wrong fit: every roll change moves it | A sliding shelf, or beside |
| A sliding drawer in a shallow counter | Wrong fit: it cannot open fully | A flip lid drawer |
| A fixed shelf above the drawer | Wrong fit: the printer gets lifted | A shelf that slides |
| Two tills, one drawer | Wrong fit: nobody is accountable | One drawer per cashier |
| Scale placed last | Wrong fit: its access is regulated | Place the scale first |
The device level version of these errors is catalogued in common POS hardware mistakes.
Drawn out properly, the best pos cash drawer printer setups are chosen by four measurements rather than by whatever fitted on the day.
Chalk costs nothing and a counter rebuild costs a closure, which is the whole argument for spending twenty minutes on a drawing before anything is ordered at all.
Conclusion
Place the scale first, then the printer, then the drawer, then the screen.
Choose beside and under where depth allows, a flip lid where it does not, and a sliding shelf where the printer must sit above.
Chalk the whole layout on the counter before anything arrives. The buying order is in the buying order for a counter.
Sources and method
Device information comes from maker docs. Epson India publishes paper width and roll access, and Star Micronics support pages cover drawer kick behaviour. The rules are primary. Rule 46 of the CGST Rules sets the invoice particulars, and the Reserve Bank of India issues banknotes in several dimensions. The Legal Metrology division covers weighing instruments used in trade.
What we could not verify: no prices or model dimensions are quoted, because both vary by maker. The 450mm depth threshold and the 60mm cable allowance are practical figures from counter work rather than published standards.
This is general guidance. Confirm your GST position with your accountant, verification cycles with your state Legal Metrology office, and electrical work with a licensed electrician.
Written by Aman raj for Clonet Technologies, a manufacturer of printers, weighing scales and point-of-sale equipment.
Frequently asked questions
Which drawer and printer layout is best?
Drawer under the counter with the printer beside it, wherever depth allows. It needs no lifting, no reaching over an open drawer and no strain on the connecting cable.
What layout suits a shallow counter?
A flip lid drawer with the printer wall or shelf mounted. The drawer opens upward rather than outward, which is the only arrangement that works under about 450mm of depth.
Can the printer sit on top of the drawer?
It can and it should not. Every roll change lifts it, and that repeated lifting is what loosens the drawer kick cable over months.
How should two tills be laid out?
Mirrored, with the same model of printer and drawer at each. That keeps one paper stock, one spare cable set and one set of staff habits.
Does the scale change the layout?
Yes, and it is decided first. Weighing instruments used in trade must be verified and stamped, and a verifier needs access to the instrument where it stands.