3D printing to end our throwaway culture?

3D printing may seem like a new concept, but it has been used by major manufacturers for decades, but was known as rapid prototyping.  Since its inception 3D printing has become an essential tool for many manufacturers, enabling them to produce sample products to test, tweak and re-print all within a matter of days.

Jake Durrant, senior lecturer at Ravensbourne Digital Design College said: "3D printing in general has been around since 1986 or thereabouts. But the uptake in industry has been governed by the disposable budgets of companies, so aerospace and Formula One were some of the first."

Alpha Form is one company that constructs car parts for teams such as McLaren and Red Bull and used rapid prototyping to help keep up with the evolving design of the racing cars. Jon Fidler, a previous employee of Alpha Form said: "Components, such as the spoilers, are very complex shapes and they can be printed within 48 hours using printers, which gives a turnaround of days rather than weeks compared to using more traditional methods of production."

Over the years, not only has the name of the technology changed, it has also become accessible to a wider market, due to the technology being improved and simplified. Since 2004 the shoe company, Converse has used 3D printers to get more products to market at a quicker pace. Alessi has also benefitted from the technology, using it to improve its best-selling La Cupola coffee-maker for 70% less cost and in a fraction of the time.

One of the key innovators in bringing 3D printing to the masses was Adrian Bowyer, a lecturer from Bath University. In 2004, Bowyer invented the machine RepRap. It could print around 50% of its own parts, and in 2008 it successfully managed to print itself. With the ability to self-replicate, it meant that unlike earlier 3D printers, the RepRap offered little financial gain. It is for this reason that Bowyer decided to make his designs openly accessible to all, allowing him to adapt and develop his design collectively.

Not only has the machine been simplified and improved, so too has the software making the design process a lot easier. Even search engine giant has capitalised on this and now offers Sketchup!, a user-friendly and free software download. Erik de Bruijn, one of the first RepRappers to replicate functional parts said: "Design is getting more and more accessible. There are a number of websites that don't even have to install software – you can just start drawing straight away. Or if you don't want to create your own design, you can download one of 11,000 online. There is a massive sharing culture with 3D printing, which is forming the building blocks for a new age of design."

Even start-up companies have benefitted from the accessible RepRap. Many garages, through using the technology, have been able to produce affordable, open source machines that they have been able to build themselves. De Bruijn continued: "The RepRap was a very good breeding ground for innovation but at same time very chaotic for new users," says Erik de Bruijn, who was one of the first RepRappers to replicate functional parts. "So I decided to create the Ultimaker which enables users to get printing in a single day – it wasn't designed to self replicate."

According to Bre Pettis, founder of Makerbot, when they started using 3D printing they just wanted to make the cheapest 3D printer kit that anyone could put together, but now, they're making their printers even better. Mr Pettis said: "It's good for business to give our users access to our plans and design files. They're our R&D department, so we get to benefit from any changes they make."

When talking about his second-generation printer, Mr Pettis said: "It has 90% of the functionality of professional printers, but at 1% of the price," says Pettis. These prices aren't just democratising 3D printing; they're democratising manufacturing. "We make 3D printers to offer an alternative to consumerism," Pettis continues. "Nearly three years after we began, there are now 6,000 folks with Makerbots and they get to make a choice between buying something and 3D designing and printing it."

"We live in a throwaway culture, and I think Makerbot interrupts that. It adds value to what you already have by fixing them."

The Makerbot community is also working on ways to recycle leftover plastic and other household materials that can be used to create more useful products. If this is successful people will be able to minimise costs and reduce their carbon footprints as it will encourage local recycling, instead of shipping it round the world for it to then be shipped back.

With 3D printing, manufacturers can make products quickly and easily, which also gives the consumer the opportunity to make more demands on design. Bram De Zwart, the product manager at Dutch design company Freedom of Creation says that until now, products have been pushed into the market, leading to high levels of waste production. "3D printing enables much more of a pull distribution instead, so consumers can buy products that are really tailored," he says.

Alice Taylor, founder of a London based games and toy company, MakieLab agrees that 3D printing removes the risk element of mass production, as you can print according to demand. "With traditional toys, the company comes up with an advert first to test it out. They then run the design over to China, where it is made in large numbers. Manufacturers are gambling on the fact that the end customer still wants the product. But by using 3D printing you don't have to make anything until they've hit 'buy', so it tips the whole process on its head."

This is also good news for startup companies, as they can produce something for very little cost and test the market before filling a warehouse with products that might not sell.

First Choice Business Systems are specialists in Xerox business printers and can offer advice on the best printing solutions for your company. Contact them today on 0808 231 8491 for your free consultation.



Sheffield University Expands Their Expertise in 3D Printing

Sheffield UniversitySheffield University is redeveloping The Mercury Centre thanks to the £5 million received from the European Regional Development Fund.

The university has been using 3D printing technology for the past four years and has so far produced lightweight hinges for the aerospace industry, artificial knee and hip replacements and brackets for Formula One cars.

The new investment will be put towards five new printing machines and the running costs of the building until 2013. The machine at Sheffield University currently prints using metal materials like titanium, but other similar machines can produce products out of plastic, ceramics and nylon.

Instead of printing ink onto paper, 3D printing stacks layers of material to make a 3D shape. Each layer takes approximately 30-40 seconds, so depending on the scale of the chosen object a single print job can take from two hours to 40.

Dr Iain Todd, director of the Mercury Centre, said:

“We are trying to make this a viable manufacturing process. We are working with industrial partners such as Rolls Royce, Boeing and Airbus, to find a way of ensuring that when we make things this way, they are going to behave just like they would if they were made out of a solid piece of metal and have it machined or with casting.”

He continued:

 “These companies are already using this technology. It’s used for all sorts of things and it turns up in all sorts of surprising places. It allows you to have a very flexible piece of equipment in the corner of the room that one day could be making acetabular cups, which is a medical part. The next day you could be making Formula One widgets. I know we can do that with milling machines but the turnaround time with 3D printing is very short.”

Redevelopment of The Mercury Centre has already started and plans to be completed in July this year.


3D Printing - the future of printing?

3D printing has been available for a while, but new 3D printers are becoming more accessible and affordable. However, could this new technology have an affect on businesses in an already competitive and tough market?

A new white paper on the future of 3D printing and its effect on intellectual property law, copyright law and patent protection has been released by Public Knowledge, a digital culture advocacy group.

3D printing allows users to translate computer designs into objects. This has been a specialist printer for some time, but with the accessibility of new open source 3D printers increasing, the cost is becoming more affordable and the demand is rising.

According to PSFK the report states:

“Traditional patent infringement is not necessarily well suited to a world in which individuals are replicating patented items in their own homes for their own use. Unlike with copyright infringement, the mere possession or downloading of a file is not enough to create infringement liability. In order to identify an infringer, the patent owner would need to find a way to determine that the device was actually replicated in the physical world by the potential defendant. This would likely be significantly more time and resource intensive than the monitoring of file trading sites used in copyright infringement cases.”

With users can now design and produce their own products it could have a negative impact on businesses in the industry. People are now more willing to ‘do it yourself’ to save costs. If this is happening now, what is the next step?

For more information on the best printing solutions for your business, please give First Choice Business Systems a call on 0800 072 3747. They’re specialists in providing solutions based around Xerox printer products and offer free consultations.