The Universe of Things is coming and it's set to supercharge 3D printing

17th Apr 2014 | 09:57

The Universe of Things is coming and it's set to supercharge 3D printing

Industrial evolution

The Universe of Things: 3D printing

Imagine if every new product could be printed at home, with only the design having any kind of monetary worth. How different would that world be?

We're talking, of course, about 3D printing and what those in the know are beginning to call the Universe of Things.

3D printing is currently big news; last week a cut-price consumer 3D printer called Micro passed $2.6 million (About £1.6, AU$2.8 million) on Kickstarter, hitting its goal 50 times over, amid speculation and hope that such machines could even prompt a new industrial age.

It's easy to see why. In the 2D world, knocking-up designs and producing prototypes can take months. But product designers and entrepreneurs now need only a 3D scanner and basic skills in 3D digital modelling – most of it based on existing templates – to do all of that in one day. Meanwhile, worldwide shipments of 3D printers are expected to grow 75% this year, followed by a near doubling of unit shipments in 2015.

It's prompted tech analysts to speak of a Universe of Things, and discuss concepts like open hardware and democratised production.

The theory goes that if we all have our own mini factory at home, we instantly render assembly lines, warehouses and global distribution networks pointless.

Universe of Things

Why go shopping, or even have something posted, when you can download the design from the Universe of Things and print it at home? "3D printing is going to spark a third industrial age on a macro level," says Mike Shields, technical director at Centrex Printer Services, "with people printing specialist materials and selling them online to make a profit."

Power of the crowd

"The Universe of Things is the collection of 3D models for everything in the universe, downloadable to print, big or small," says Simon Gill, Executive Creative Director, UK at global marketing and technology agency DigitasLBi.

"It would include the useful, the whimsical, the explorative and the plain stupid... imagine a Wikipedia-like vehicle where you share every object with a creative commons licence for use in ways we haven't even thought of."

"The Universe of Things is the idea that we can fill dark matter with printable or fabricatable objects," thinks Jesse Harrington Au, 3D printing expert at Autodesk. "It utilises the power of the crowd to populate the cloud with substance that can be made into reality."

The Universe of Things also makes transport almost irrelevant; as long as you have a 3D printer and some kind of ink, you can make whatever you want, wherever you want it.

What is the Thingiverse?

A Universe of Things already exists in the guise of Thingiverse. Created by leading 3D printer-manufacturer Makerbot, Thingverse attempts to simplify how people who have access to 3D printers (all 130,000 of them) can make creative items. Community members upload, download, share and remix 3D designs.

"It's ultimately trying to provide a blueprint for every-object every-where made at every-time," says Kevin Curran, senior member at the Institute of Electrical and Electronics Engineers (IEEE) and Reader in Computer Science at the University of Ulster.

MakerBot

He thinks 3D printing is about more than just improved designs and streamlined prototyping.

"We can expect to see more serious uses of 3D printing in many areas including food printing," says Curran.

Assembly lines at home

Could we one day have our own factories at home? "Yes – and we will start shipping bits instead of atoms," says Peter Cochrane, technology commentator and former CTO and head of research at British Telecom.

"The US Army already has spare part printers in the battle zone and Boeing et al are printing over 300 products for their aircraft."

However, the swap to 3D printing won't be quite the overnight sensation some people predict. "We'll still have mass produced manufacture but this will be augmented by 3D printing, both in the home and in the established factory," says Gill. "We're already seeing established brands 3D printing parts for their product lines, to help increase choice, personalisation and to be faster to market."

boat

Having a 3D printer at home will mean it's easier for us to fix broken items and, as Gill believes, "augment existing mass produced products to create new product lines."

New types of self-sustainable businesses using 3D printing could create new markets, though likely such companies will produce products, too; not everyone will be buying a 3D printer.

Curran agrees that 3D printers won't entirely dominate production. "Practical issues dictate that localised 3D printing hubs are more likely than the 3D printer in every home," he says.

"Traditional printers are on their way out due to the proliferation of mobile devices and move towards sharing content digitally," he says, "Due to the diversity of physical elements comprising many real world objects, it makes more sense for bespoke 3D design printing to be handled by specialists."

Some sectors will certainly change. "The days where modelling aficionados spend hours putting together aircraft kits they bought from a store could be long gone," says Shields.

"Instead, the designs would simply be downloaded and the parts then put together at home."

Universe of Things: the future

Could the Universe of Things change world trade?

We're quickly moving to a new age of consumerism where digital products are replacing physical products. If 3D printers are popularised there could be a shift in world trade; instead of finished products, we'll all want increasingly diverse 'inks'.

"With open hardware and intelligent robotics, 3D printers have completely changed the way we manufacture and could see huge global supply chains coming to an end," says Neil Dutta, managing director at Cartridge Discount.

"3D printing machines can also print from almost any material and this is transforming many fields, including engineering, education, archaeology, bio-printing and even food printing."

ISS

It could even mean downloading dinner directly from the Universe of Things. "World trade could be reduced to mere raw materials," says Curran, who points at bio-printing – where food is literally printed dot by dot and layer by layer.

"There could be a 3D printer in every kitchen," he says.

However, the price of inks could delay or prevent any seismic shift. "While the prices of 3D printers are steadily dropping as the amount of people buying them increases, the printer ink is still extremely costly," he says.

There are no signs of these rates dropping, with Dutta noting that: "The high prices could hold back the 3D printing revolution."

Though he believes that 3D printing will become mainstream technology, Shields notes that, "The industry will not be able to keep up with the levels of mass production global supply chains demand of manufacturers – products such as knives, forks and cups will still be bought in the traditional way because it's easier and less time consuming than 3D printing."

The Universe of Things in space

Last year a European Space Agency project with Foster+Partners explored how a base could be constructed on the Moon using the dust there and robot-operated 3D printers.

Meanwhile, NASA is helping a start-up called Made In Space develop a zero-gravity 3D printer that could be emailed designs for spare parts for the International Space Station. However, before it can make the trip it needs to be able to print spare parts for itself in case it too is ever in need of repair.

Moon base

And if it can do that, there's no reason why it can't replicate itself; the Universe of Things is a self-perpetuating loop.

The replicating 3D printer

That's also the thinking behind the RepRap project, which started the open-source 3D printer movement a decade ago. RepRap's killer app is self-replication.

"There are now about a dozen major RepRap designs out there, scores of companies based on the RepRap project all over the World, and tens of thousands of RepRap machines," says Dr Adrian Bowyer, who created the RepRap. Best guesses lie between 50,000 and 100,000.

RepRap

RepRap could even bring down capitalism according to The Guardian. Bowyer explains that markets are based on scarcity, something that RepRap threatens.

"If you let everyone have a self-replicating RepRap that can make many goods for which there is currently a market, then those markets must become attenuated, at least," he says.

Bowyer also added that the self-replicating nature of RepRap means that anyone who has one can give another to their friend, explaining: "The idea of making goods in a factory might become as dead as the idea of reading news from folded sheets of printed paper."

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