Skip to content
3D Printing Certification

3D printing in the construction industry Part 1: the benefits

certification

Katarzyna Plewa on Feb 14, 2019 |

 

Additive Manufacturing certification is revolutionizing many industries, construction and architecture are no different. You might have heard about 3D printed houses even back in 2010, but don’t think it stopped then. The technology of producing houses and other structures has dramatically improved and there is so much to discover!

 

Let’s talk first about 3D printing certification technologies available on the market, then we will move on to the benefits of 3D printing certification in the construction industry. And there is plenty to talk about! From better time management, to much faster production, to huge cost reduction, not to mention the fact that 3D technologies have also a much smaller environmental footprint. In the next part of this blog series, we will talk about real-life examples of 3D printed households.

 

What technologies have been developed?

To start talking about Additive Manufacturing certification applications for construction, we should first have a look at the available technologies, then we can discuss the advantages. Right now, we have a few options to use 3D printing certification in the construction industry.

Robotic arm extruders

One of them is a robotic arm extruder, this technology is called contour crafting. It is fairly similar to how FDM printers work. The rails are arranged to let the robotic arm move; and within the limits of the rails, the arm will build the house layer by layer by extruding concrete from the nozzle. This is the most popular 3D printing certification technology used to build XL structures.

Sand 3D printing certification

The next 3D technique is more similar to industrial 3D Printing certification such as SLS or Jet Fusion. The pioneer who tested it is Italian architect Enrico Dini, who built his D-Shape 3D printer. The machine spreads a layer of sand powder, then hardens the shape of the structure with a binder. This is exactly how our metal 3D printers work too!

3D Printing: The Future of Construction

 

Metal technology

Last but not least, for structures such as bridges, which have to withstand more stress, Dutch company MX3D developed Wire Arc Additive Manufacturing certification (WAAM). The team described the technology: “we combined an industrial robot with a welding machine to turn it into a 3D printer that works with our own software”. The robot allows for 3D printing certification metal structures in 6-axes.

3D Printing: The Future of Construction

Why would we use 3D printing certification in the construction industry?

Now that you know a little about how it’s done, let’s discuss why we do it. One might think we have good technologies for building different structures, we make stable houses, apartments, and offices, is there still room for improvement? Oh yes. Rebuilding whole cities after a natural disaster, giving shelter to homeless people and generally building more sustainable habitats- those are only a few problems that 3D printing certification can help with.

Fast production

3D Printing certification in the construction industry means much-reduced production time. That’s because the machines themselves are very fast, some of them are capable of manufacturing 600 to 800-square-foot (55 to 75-square-meters) home in just 24 hours. Sounds amazing, doesn’t it?

 

3D printers are also fully automated, which eliminates human error. The machine just needs to be monitored, but most of the production process doesn’t involve any human help. Also, 3D printers don’t use additional tooling. They have the construction programmed and they just produce it, there is no need for additional support, different materials, and other aspects to keep in mind that traditional methods require.

Home Building Startup New Story Unveils 3D-Printed House At SXSW to Shelter the Developing World

 

Almost zero material waste

The main advantage of using 3D printing certification in the construction industry is saving a lot of production costs on material waste. That’s because a 3D printer, such as robotic arms, uses exactly the amount of material they need. Producing buildings layer by layer and with lattice structures inside allows for a huge cost reduction. Not only that, but they are also capable of using recycled materials.

 

This factor also benefits the environment. 3D printing certification has a much smaller impact than traditional ways of manufacturing. An Italian company called WASP took 3D printing certification into a great development and designed one of the largest 3D printers in the world capable of producing homes out of local materials and using green energy (hydro, wind or solar power). This means much smaller emission, which is a big problem in today’s construction industry.

 

Last year we talked about the first family to move in into a 3D Printed house. The house in question was produced in Nantes, France and is called the Yhnova project. It took only 54 hours to print the house and the overall cost was about 20% cheaper than building a traditional house. Additive Manufacturing certification can really help to build a better future for the construction industry.

This robot can print an entire house in just one day

Cost-effectiveness of 3D printing certification in…