Every used device that arrives at a workshop leaves by one of two economic routes. It is recovered as materials - metals extracted from a shredded chassis - or it is restored and sold as a working device. The difference between those two outcomes is the entire business case for repair, and it is routinely described with a round number: 30x. This article works the number out from public sources, shows where it holds, and says plainly where it does not.
What a device is worth as materials
Start with the ceiling rather than the floor. The Global E-waste Monitor 2024, published by UNITAR and partners, values the metals embedded in the 62 million tonnes of e-waste generated in 2022 at US$91 billion - US$19bn of copper, US$16bn of iron, US$15bn of gold. Across all e-waste that averages roughly US$1,470 per tonne.
That average is not the figure to use for a phone, and this is where most back-of-envelope calculations go wrong. E-waste by mass is dominated by large, metal-poor items; small IT equipment is far richer per kilogram. For smartphones specifically, published industry estimates put the raw material content of an average handset at around US$4 - a figure consistent with the well-known ratios of roughly 35,000 lb of copper, 772 lb of silver and 75 lb of gold per million handsets recycled.
Two corrections push the realisable figure lower still. First, embedded value is not recovered value: the same Global E-waste Monitor puts the metal value actually realised across all e-waste routes in 2022 at US$28 billion, under a third of what was embedded. Second, that recovery has to pay for collection, shredding, separation, smelting and transport before anything reaches the operator.
So the honest floor for a smartphone is low single-digit euros, and the operator handling it captures only part of that.
What the same device is worth intact
The other side of the comparison has a cleaner public source. The Recommerce Trade-In Index 2026, published by one of Europe’s largest recommerce operators, reports an average smartphone trade-in value of €189 in 2026, up from €170 in 2025 - a rise of more than 10% year on year. The same index reports €358 for laptops, €174 for tablets and €128 for games consoles.
It is worth being precise about what that number is, because it is easy to overstate. €189 is what a consumer *receives* when handing a device back. It is not the retail price of the refurbished unit, which market data puts higher - the mid-priced segment of refurbished smartphones, roughly US$200 to US$350, holds over half the market. Using the trade-in figure, not the retail price makes the comparison below conservative by design.
One more thing the trade-in index shows: value retention is improving, not eroding. An iPhone 14 held about 25% of its launch price; an iPhone 15, about 33%. Devices arriving in a workshop today are worth proportionally more than the same generation was worth a few years ago.
The calculation
Put the two sides together for a smartphone: roughly €180 to €190 recovered by keeping the device whole, against roughly €4 of embedded material value, of which only part is realisable.
That is a ratio of approximately 45x on embedded material value, and higher still if you compare against what an operator actually nets from the shredder, not against the theoretical metal content. Compare against retail refurbished prices instead of trade-in values and it rises further.
Two caveats belong with that arithmetic rather than in a footnote. The material figures are in US dollars and the resale figures in euros; at the rough parity of recent years this does not change the order of magnitude, but it does mean the number should be read as a band, not a point. And the material estimate for handsets comes from industry publication, not a peer-reviewed source - the institutional figure we can stand behind fully is the Global E-waste Monitor’s tonnage-level valuation.
The conclusion survives both caveats comfortably: the commonly quoted 30x is conservative for smartphones. It is not a marketing round-up. If anything it understates the gap.
Three variables that move the number
Repair yield. The 45x applies to a device that is actually restored and sold. A device that enters the workshop and fails is worth its material value, not its resale value. A flow with 80% repair yield captures the multiple on four devices in five; a flow at 50% captures it on one in two. This is why yield is not a quality metric but the primary financial variable in a repair operation.
Repair cost. Parts and technician time sit between the two numbers. They are what turn a gross ratio into a margin, and they vary enormously by device category and by how well the operation is run: diagnosis accuracy at intake, spare-parts availability, and whether the repair passes quality control on the first attempt. A gross multiple of 45x with rework on a third of units is a different business from the same multiple with rework on 5%.
Device category. The ratio is not uniform. Laptops carry both more material value and much more resale value - the €358 trade-in figure against a scrap value that industry sources put in the low single-digit dollars implies a wider gap than smartphones, not a narrower one. Older devices, damaged devices and devices with no remaining channel compress the ratio toward one.
Why the gap is widening
Three forces are pushing in the same direction at once.
Value retention is rising, as the trade-in index shows. Regulation is raising the volume of repair that must happen - the EU Right to Repair Directive has applied since 31 July 2026, and it reaches devices already in consumers’ hands rather than only new sales. And the environmental case has been quantified: ADEME, the French environmental agency, found that a refurbished smartphone carries 77% to 91% lower environmental impact than a new equivalent, saving on the order of 82 kg of raw materials per device.
That last figure matters commercially as well as environmentally. Under producer-responsibility schemes with eco-modulated fees, and under the reporting that WEEE and the Digital Product Passport require, a device documented as prepared for reuse counts differently from a device documented as waste.
What it means operationally
If the gap between material value and device value is a multiple, not a margin, then the decisions that determine which side a device falls on carry the most weight in the operation - and most of them are made in the first few minutes after intake.
Triage decides the route. Diagnostic accuracy decides whether triage was right. Spare-parts availability decides whether a repairable device actually gets repaired. Written procedures decide whether two technicians reach the same outcome. None of these is glamorous, and all of them move a number that is measured in multiples.
It also means the comparison should be run on your own flow, not on an industry average. Device mix, age profile, source and channel all move the result. The figures above are the shape of the answer; the answer itself is specific to what arrives on your dock.