What a smart vending machine costs
The full cost structure, including the six recurring lines that decide the outcome — tagging, electricity, connectivity, payment fees, route labour and waste.
Most pages that answer this question quote a hardware price and stop. The hardware price is the part you pay once; the rest is what you pay every month for years, and it is where unattended retail either works or quietly does not. This page sets out the whole cost structure, including the lines that are usually left out — and explains why we do not publish a single number.
What decides the number
What makes the number is not the machine. It is the location, the assortment and who does the work — and those three differ so much between one site and the next that a single figure would tell you nothing useful. What follows is the list of items that actually appear on the invoice, so you can build the number for your own case and check any quote you are given against it.
Treat any payback figure — theirs or anyone's — as a model rather than a measurement. Payback depends on footfall, basket size and assortment at one specific location, and none of those are properties of the machine.
What the fleet data shows on the revenue side
Cost only means something next to revenue, so here is the other half. Selfly publishes fleet averages for cabinets running on its platform, and for 2024 those averages were roughly 1,300–2,800 EUR of monthly revenue per cabinet and an average basket of about 4.82 EUR, with the basket up around 12 per cent year on year. Revenue per cabinet rose between 28 and 52 per cent from 2023 to 2024, transactions per cabinet by around 35 per cent, and multi-item purchases by around 27 per cent. On the waste side the figures quoted are up to 85 per cent less food waste in catering settings and up to 70 per cent in hospitals.
Read those as what they are: fleet-wide averages across many locations and several markets, not a forecast for your site. A fleet average is the middle of a wide distribution, and your location will sit somewhere in it depending on footfall, assortment and price point.
One comparison is worth making because it shows where the variance comes from. The fleet average basket is about 4.82 EUR. In a 2025 pilot run by Suupohjan Kehittämisyhdistys in Närviö — a Finnish village with no shop at all — the average basket was 2.61 EUR. Both numbers are real. The difference is not the machine; it is that one assortment sells lunch and the other sells a snack. That is the same point as the section above: basket size is a property of the location and the assortment, and it moves the outcome more than footfall does.
Why is there no single price?
Because there are two different payers and one number cannot describe both. In the service model, the venue pays no monthly fee — products, restocking and date monitoring are ours, and so is the margin. If instead you buy or rent the cabinet and run it yourself, you pay a platform fee and you keep the margin. Those are not two prices for the same thing; they are two different businesses.
The amount also depends on the model and the number of locations, which is why it comes with a quote rather than from a page. What we can do here is tell you exactly which lines to put in your own model, so that the quote you eventually get is comparable to anyone else's.
What are the recurring costs of a smart cabinet?
1. Tagging, if the system is RFID
Every item has to carry a tag, which is a per-unit cost plus the labour of applying it. On a sandwich it is a small fraction of the price; on a one-euro snack it can take a meaningful share of the gross margin. The decisive question is where tagging happens — upstream at the packer, or on your own route. Upstream, it disappears from your operating cost; on your route, it never does.
2. Electricity
A chilled cabinet runs continuously and a freezer runs harder, because the temperature difference to the room is larger and every door opening lets warmth in. This lands on the site's electricity bill, not the supplier's invoice — so establish early which party is billed for it, because it is easy to leave out of a comparison entirely.
3. Connectivity
Remote stock, sales and temperature data only exist if the cabinet is online. That is either a SIM with a data plan or a place on someone's network — and in practice the network question is a conversation with the site's IT, which takes calendar time even when it costs little.
4. Payment fees
Every purchase is a card transaction, and unattended retail has small baskets — commonly a couple of euros. A per-transaction fee that looks trivial against a supermarket basket is not trivial against a two-euro one. Model this as a percentage of your actual average basket, not of a hypothetical one.
5. Restocking labour and the route
This is usually the largest recurring cost and the one least often modelled. It is not the minutes at the cabinet; it is the drive, the parking, the building access and the return. One cabinet in a building you already visit is cheap. One cabinet forty minutes away is a different business, and the second cabinet in the same building costs a fraction of the first.
6. Waste
Fresh food has a shelf life measured in days, so an assortment that does not sell becomes waste rather than stock. This is where item-level expiry tracking earns its keep, because a discount before the date is the only lever that works. Frozen behaves differently: shelf life runs in months, so a slow week does not turn into waste — which makes freezers more forgiving in variable locations.
What makes the biggest difference to the number
- Density before volume. Several cabinets on one route beat the same number scattered, because the route is the cost.
- Basket size over footfall. A location with fewer people who buy lunch beats a busier one that buys a single snack.
- Temperature choice. One cabinet is one temperature; wanting both chilled lunch and ice cream at one site means two units, two installs and two electricity draws.
- Assortment price point. A low-priced assortment carries the payment fee and the tagging cost less well, whatever the machine costs.