A new Italian company is demonstrating a super-tall, portable machine that will bring 3D-printed dwellings to impoverished regions.
The project comes from the 3D printer company WASP, which demonstrated the technology at Maker Faire Rome. Their building-making printer, a gargantuan 20′ tall, three-armed delta machine, can be assembled on site in two hours, according to WASP CEO Massimo Moretti, then filled with native mud and fiber, and used to cheaply construct dwellings. He explains that this gives the ability to work more closely with natural forms rather than the square-shaped block homes that common brick dwellings are made from. He also passionately explains how this will help people express the power of their mind, rather than just of constructing something by hand.
During the event, the printer was laying down layers of treated mud, although time and material constraints kept a full unit from being completed. Regardless, the demonstration of the custom extruders to work with a variety of materials shows the promise of the endeavor.
3D printed dwellings have been demonstrated for a couple years now, with companies like D-Shape showing renderings and mock-ups of giant truss-built cartesian printers creating oversized, organic-looking structures. But the ability to move and assemble the WASP machine quickly (it is largely held together with ratcheting straps), and to utilize native materials, reveals the advantages for quickly-deployable purposes.
The company has financed their project using revenue from the sales of their consumer printers — high quality machines that have helped boost them to become the second-largest 3D printer company in their native country. Their original machine, the WASP Evo, is an X-Y-Z 3D printer that has a swappable mill (for carving) and syringe (for adhesives or food) options. Their subsequent machines are all delta-style printers, ranging from desktop to closet-sized. And while they print plastics, as 3D printers do, the WASP team has also created a ceramic option to let designers generate creations that can be glazed and fired.
Moretti, with an Italian designer’s enthusiasm, sees these ceramic creations as the true value of 3D printing.
While no plans are officially in place, Moretti states that the first WASP house may occur next year in Sardinia, due to the availability of wool, used as a fibrous binder in the printer’s mud, for the project.
8 thoughts on “Wasp’s 20-Foot-Tall 3D Printer To Make Mud Houses in Rural Areas”
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Reblogged this on Oaxaca News and commented:
3D to make mud house in rural areas
Problem is, the folks who live in mud houses are usually dirt poor (pun intended, that’s why their walls are made of mud) and live in remote areas. So this isn’t going to be much help to them, I would guess.
Mud houses also don’t, as a rule, survive earthquakes.
Not true re earthquakes. See Cal Earth’s work (though I doubt they’d use the term ‘mudhouse’), recognized in California code near San Andrea’s fault. They are seeking to conduct further testing soon.
here in greece there are still houses more than 100years old made out of mud, load bearing walls with only sun dried bricks and wooden reinforcement. Despite the fact that many of them dont even have a roof anymore, the walls are still standing and have despite the big earthquakes. many of them has collapsed as well. This is the proof that its not the material that makes a building earthquake resistant but the way it was designed and built.
‘Mud’ houses are not only for poor people cause its already some decades now that luxury adobe and rammed earth building are being sold in very high prices.
Anyway, as soon as concrete has a very short lifespan and its wrong to keep using it in such a large scale, its good to keep searching for other building material. Tell me you didnt know that usual concrete, like this one all the big cities are made from, has a life span of around 100 years.. After that time it becomes sand.. and those building has to be demolished. What are humans going to do in less than 50 years, when all those old concrete buildings will need to be removed? Concrete will be a waste that we will be unable to manage as its toxic and you cannot just put it back to earth, like you can do with ‘mud’.
If you have an answer about this problem, i would be happy to hear it
Reblogged this on SCI and commented:
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Hempcrete would probably work well for this?? It petrified over time, probably won’t splay during construction, carbon negative, and breathable, to name a few qualities of hempcrete.
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