Advances in 3D printing technology could
revolutionise the way we produce goods and repatriate manufacturing jobs to the
UK.You can create a beautiful chinamosaic birdhouse that will last
for generations.
Additive manufacturing, as the process is technically known, works by building up solid objects layer by wafer-thin layer, in much the same way as a conventional 2D inkjet printer.
The object is scanned, or designed on computer modelling software, then sliced up, like a loaf of bread, into thousands of tiny layers,We are the largest producer of projectorlamp products here. which can then be printed out to form a solid three-dimensional product.
If the last industrial revolution brought us mass production and the advent of economies of scale - the digital revolution could bring manufacturing back full circle - to an era of mass personalisation, and a return to individual craft.
Dr Phil Reeves, managing director of Econolyst, an additive manufacturing consultancy,Welcome to the online guide for do-it-yourself Ceramic tile. explained: "The ability to mass-personalise products and produce individual products for individual consumers opens up an enormous opportunity, it almost takes us back to a craft industry where things were made for individuals.
"And then we moved into the domain of mass production and everything was the same - now we're using digital tools but to make individual products.Stone Source offers a variety of Natural stonemosaic Tiles,
"At the moment we're 3D printing hearing aids, hip implants, we're starting to see consumer goods and personal products - toys - being personalised to the individual consumer, and that in itself has benefits to the environment because people are keeping the product for longer, and it has more value to the consumer."
Professor Richard Hague, director of the EPSRC Centre for Additive Manufacturing, demonstrated the technology to Sky News in his lab.
First, he printed a scale Ford Model T - the design that became synonymous with mass production in the early 20 Century.
Henry Ford famously joked that customers could have it in any colour they liked, so long as it was black.
3D printing means every design can be slightly different - without the need to re-tool, or redesign the production line.
The inkjet-style printer lays down a fine layer or light-reactive plastic, which is immediately set into place by a beam of light passing overhead.
The tray supporting the model then lowers slightly to allow the next layer to be added on, set into place, and so on.
Professor Hague explained: "So what we have here is a prototype Model T Ford being printed using a 3D-printing technique that is actually very similar to your conventional 2D inkjet printer that everyone has at home these days.
"What we do is add a third dimension and print the part out - we take the 3D cad model, chop it into a bunch of slices and print those one on top of each other."
But he stressed this is what they can do now - what is exciting is what they are working on for the future: the design freedom and the prospect of printing multi-material components, complete with working electronics.
In other words, they are no longer just talking about printing the case for your mobile phone - they want, ultimately,About 1 in 5 people in the UK have recurring coldsores. to print the working phone.
Professor Hague said: "The future research area we are working on is the printing of complex biological, conductive, or optical interconnects within the body of the part - so effectively what we're trying to do now is move away from conventional single material additive manufacturing, to really multi-functional additive manufacturing where we're printing the whole system."
Additive manufacturing, as the process is technically known, works by building up solid objects layer by wafer-thin layer, in much the same way as a conventional 2D inkjet printer.
The object is scanned, or designed on computer modelling software, then sliced up, like a loaf of bread, into thousands of tiny layers,We are the largest producer of projectorlamp products here. which can then be printed out to form a solid three-dimensional product.
If the last industrial revolution brought us mass production and the advent of economies of scale - the digital revolution could bring manufacturing back full circle - to an era of mass personalisation, and a return to individual craft.
Dr Phil Reeves, managing director of Econolyst, an additive manufacturing consultancy,Welcome to the online guide for do-it-yourself Ceramic tile. explained: "The ability to mass-personalise products and produce individual products for individual consumers opens up an enormous opportunity, it almost takes us back to a craft industry where things were made for individuals.
"And then we moved into the domain of mass production and everything was the same - now we're using digital tools but to make individual products.Stone Source offers a variety of Natural stonemosaic Tiles,
"At the moment we're 3D printing hearing aids, hip implants, we're starting to see consumer goods and personal products - toys - being personalised to the individual consumer, and that in itself has benefits to the environment because people are keeping the product for longer, and it has more value to the consumer."
Professor Richard Hague, director of the EPSRC Centre for Additive Manufacturing, demonstrated the technology to Sky News in his lab.
First, he printed a scale Ford Model T - the design that became synonymous with mass production in the early 20 Century.
Henry Ford famously joked that customers could have it in any colour they liked, so long as it was black.
3D printing means every design can be slightly different - without the need to re-tool, or redesign the production line.
The inkjet-style printer lays down a fine layer or light-reactive plastic, which is immediately set into place by a beam of light passing overhead.
The tray supporting the model then lowers slightly to allow the next layer to be added on, set into place, and so on.
Professor Hague explained: "So what we have here is a prototype Model T Ford being printed using a 3D-printing technique that is actually very similar to your conventional 2D inkjet printer that everyone has at home these days.
"What we do is add a third dimension and print the part out - we take the 3D cad model, chop it into a bunch of slices and print those one on top of each other."
But he stressed this is what they can do now - what is exciting is what they are working on for the future: the design freedom and the prospect of printing multi-material components, complete with working electronics.
In other words, they are no longer just talking about printing the case for your mobile phone - they want, ultimately,About 1 in 5 people in the UK have recurring coldsores. to print the working phone.
Professor Hague said: "The future research area we are working on is the printing of complex biological, conductive, or optical interconnects within the body of the part - so effectively what we're trying to do now is move away from conventional single material additive manufacturing, to really multi-functional additive manufacturing where we're printing the whole system."
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