3D scanner price bands in the UK

3D scanner prices spread far wider than 3D printer prices. The cheapest thing listed as a 3D scanner on Amazon UK is under £200; the most expensive consumer-facing one is comfortably past £4,500. Unlike printers, the capability does not rise smoothly with the price — there are a couple of hard steps where what the scanner can physically do changes, and long stretches where you are mostly paying for software, speed and bundled extras.

The bands below are drawn from the listings we track, at the time of writing (October 2026). Prices move constantly and some of these models swing by £100 or more in a sale, so treat every figure as indicative and check the live scanner listings before deciding. This is desk research from specifications and listings, not hands-on testing.

Under about £300: entry handheld, small objects only

The bottom of the market is a mix of two things. One is genuine entry scanners from known brands: the Creality CR-Ferret SE sits around £220, the standard CR-Scan Ferret around £290, and the 3DMakerpro Fox around £240–£260 at the time of writing. The other is a crowd of generic, unbranded “full-colour handheld” scanners at £175–£250 with little specification behind the claims.

What this band gives you: structured light, point accuracy in the 0.1 mm region, a tethered USB connection to a PC or phone, and software that works but will test your patience. Realistically it suits fist-sized to shoe-sized matte objects, indoors, on a desk.

What it does not give you: no volumetric accuracy specification worth the name, so large objects drift; limited or no ability to scan dark and shiny surfaces without matting spray; and nothing like the frame rate needed for faces. Among the generic listings, be sceptical of anything claiming 0.02 mm at this price — see what accuracy figures actually mean before paying for a number.

About £300–£700: where scanning starts being pleasant

This is the band most people buying a first serious scanner should look at. Typical at the time of writing: the Creality CR-Scan Ferret Pro around £316–£389, the 3DMakerpro Mole and Moose Lite around £350, the Revopoint INSPIRE 2 around £388–£444, the Revopoint POP 3 Plus around £478–£517, the Revopoint Mini 2 from around £639, and the Creality CR-Scan Otter around £660. The Matter and Form MFS1V2 desktop turntable scanner also sits here, around £442.

What the extra money buys over the entry band:

• Better alignment and tracking, so scans hold together instead of splitting into misaligned halves.
• Usable colour capture rather than colour as an afterthought.
• Specialisation. This is where small-object scanners (Revopoint Mini 2, 3DMakerpro Seal Lite) and near-infrared models for faces and bodies start to appear as distinct products.
• Software that does not fight you, which matters more day to day than any specification.

Most listings in this band come in Standard, Advanced or Premium bundles. The difference is usually a turntable, a tripod, a phone mount and sometimes a battery pack rather than a different sensor. The bundle premium is often £40–£80, which is fair if you want the turntable and pure cost if you do not — see handheld vs turntable scanning to decide which you need.

About £700–£1,500: blue laser, speed and bigger parts

The first real step change. Around £700–£900 you reach multi-line blue laser scanners: the Creality Raptor around £797–£838, the Revopoint POP 4 around £715–£805, the Revopoint MetroX and MetroX Pro around £799–£1,002, the EINSTAR 2 from around £899, and the 3DMakerpro Seal Luxury around £900. Above £1,000 the EINSTAR VEGA and Rockit and the Revopoint MetroY land in the £1,019–£1,583 range, with the Matter and Form Three around £1,330 and the Shining 3D EinScan SE around £1,405.

What changes here is genuinely physical, not marketing:

• Blue laser lines cut through ambient light, so these scanners work outdoors and on dark or glossy surfaces that defeat the cheaper ones.
• A published volumetric accuracy figure appears, which is what makes scanning objects a metre across meaningful rather than hopeful.
• Dual technology — blue laser plus infrared — so one scanner handles both rigid parts and people.
• Wireless operation. Wi-Fi 6 models stop tethering you to a laptop, which transforms scanning anything awkward.

If you intend to scan car parts, furniture, or anything you cannot bring to a desk, this is the band where that becomes realistic.

About £1,500–£3,000: standalone and professional

The second step change is independence from a computer. Standalone scanners carry their own screen, processor and battery: the Revopoint MIRACO around £1,439, the MIRACO Pro around £1,919, the MIRACO Plus around £2,110, the EinScan Einstar Vega standalone around £1,899, and the Revopoint MetroY Pro and Ultra between roughly £1,430 and £2,239. The Creality Raptor Pro sits around £1,699 and the Sermoon S1 around £2,099.

You are paying for tighter volumetric accuracy on large objects, much higher frame rates, the ability to work on site without a laptop, and software aimed at reverse engineering rather than at hobby capture. For printing models at home this is almost always more scanner than the job needs.

£3,000 and up

Professional metrology-adjacent equipment: the EinScan Rigil Lite around £2,949, the Creality Sermoon P1 around £3,099 and the Sermoon X1 around £4,687. These exist for engineering, quality inspection and heritage work where a documented accuracy specification is part of the deliverable. If you are buying one of these, the price band is not what you are deciding on.

Which band for scanning to print?

Honestly, £300–£700 for most people. A typical filament printer cannot reproduce detail finer than about 0.2 mm, so a scanner in this band already out-resolves the machine that will make the part. Step up to the blue-laser band if the objects are large, dark or shiny, or if you need the scan to be dimensionally correct across a long part — not because you want a smaller number on the box.

Whatever you spend, budget a little extra for matting spray, a sheet of marker dots and possibly a turntable, and expect to spend time in mesh repair software. That side of it is covered in scanning for 3D printing: what the workflow actually needs, and the same “is this really a bargain?” thinking we apply to printers is in is it really a good deal. Current prices for every model named above are on the 3D scanners page.