As Charles Stross makes clear in his most recent blog post, the way we buy clothes will be changing markedly in the near future:
Fabrican is a unlikely-sounding spin-off of the Department of Chemical Engineering, at Imperial College (which in case you’re not familiar with it is one of the top engineering/science colleges in the UK; formerly part of the University of London) — at least, it’s unlikely until you begin thinking in terms of emulsions, colloids, and the physical chemistry of nanoscale objects. It’s basically fabric in a spray can. Tiny fibres suspended in liquid are ejected through a fine nozzle and, as the supernatant evaporates, they adhere to one another. If at this point you’re thinking The Jetsons and spray-on clothing, have a cigar: you’ve fallen for the obvious marketing angle, because if you’re trying to market a new product and raise brand awareness among the public, what works better than photographs of serious-faced scientists with paint guns spray-painting hot-looking models with skin-tight instant leotards? (Note: the technical term for this sort of marketing gambit is, or really ought to be, bukake couture.)
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What are the implications?
If you don’t think printing woven fabric is a big deal, DARPA beg to differ; DARPA is pumping serious money into robot sewing machines. But automating garment assembly from traditional fabric components turns out to be a really hard problem (as this possibly-paywalled New Scientist article on a €23M project to build a sewbot explains). Cloth is slippery, changes shape if you drop it, wrinkles, and has to be stretched and twisted and folded as it is sewn. Note that final word: sewn. If you can print fabric in situ out of fibres in a liquid form, you don’t need to sew components to shape—especially if you can print more than one type and colour of fibre at a time: you can fabricate your “stitches” (inter-layer connections) as part of the process, with minimal hand-finishing to possibly add fasteners (zips or buttons).
Add in a left-field extra: the rapid spread of millimeter wave scanners for airport security. These devices caused a bit of a to-do, earning them the nick-name “perv scanner” in some circles, because of their ability to see through clothing to the skin beneath, in order to check passengers for hidden contraband. But if you put the same machine in a clothes shop, it allows the establishment to obtain extremely accurate measurements of its customers without requiring a strip-tease and manual measurement of all the relevant saggy, lumpy bits and pieces. By use of surface-penetrating wavelengths (possibly high-intensity laser light, or infrared) it may also be possible to automatically distinguish between fatty tissue, musculature, and underlying bone structure. All of which are relevant to the construction of clothing.
So here’s my picture of the chain store of the future. You go in, go to the scanning booth, and do the airport-equivalent thing in a variety of positions — stretch and bend as well as hands-up. You then look at the styles on display on the shop floor, pick out what you like, and see it as it will appear on your own body on an avatar on a computer screen. You buy it, and a machine in the back of the store (or an out-of-town lights out 24×7 robotic garment factory) begins to print it. Some time later — maybe minutes, maybe hours or a day or two — the outfit you ordered comes to you. And it fits perfectly, every time. Some items are probably still off-the-shelf (socks, hosiery, maybe even those cheap tee shirts), but anything major is printed, unless you can afford to go to the really high end and pay a human being to make it for you out of natural fibres. Oh, and the printed stuff doesn’t have seams in places that chafe or bind.
