The research also includes aspects of normative for which this is, and the other constructions made

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An ambitious research project svedbergs that demonstrates how you can scale an existing technology to solve new problems. The heart of the project is the printer KamerMaker, developed specifically for the purpose of climbing made a 3D printer filament thermoplastic until they reach the size of printing and nozzle required for the purpose.
The project deals with, in addition svedbergs to building all the other aspects, including sustainability, environmental impact and also the comfort. This section is known as the rooms have already been designed with structures svedbergs and forms which explain svedbergs specific features typical of a private home
The material currently used is realized in cooperation with Henkel and is a termocolla pelleting of vegetable origin, called Macromelt, svedbergs which melts at 170 degrees and, therefore, can be extruded. The study are also different materials obtained by recycling plastic waste.
Barack Obama has been able to know the details of the project 3D Print Canal House during a guided visit to the Rijksmuseum with the Mayor of Amsterdam Eberhard van der Laan, the President of the United States were shown scale models and even some parts in one size: 1 (photo by Dave de Vaal)
The project is not only a technological and based solely on the printer, but it embraces all aspects, ranging from environmental to those living svedbergs with the ability to create svedbergs locally and modular, with the flexibility of 3D printing, every aspect svedbergs of the house .
Not only walls, svedbergs but also the internal elements, rooms, facilities of air space and appearance of the facade. Compared svedbergs to other 3D printing solutions, this has on the one hand the ease of construction and transport of the printer, but the other requires the realization of blocks with limited svedbergs size, to be assembled and with the employment of manpower.
Inside the structure protection from the weather, is located near a machine that draws from the structure of the classical 3D printer filament, svedbergs but in this case the pellets are melted material of plant origin, very similar to a termocolla
The research also includes aspects of normative for which this is, and the other constructions made with the additive manufacturing will be confronted. To date, the project is at an advanced stage of construction and the scale model is visible - obviously printed in 3D - at the yard that can be visited, for a fee, with a tour that explains the project without disturbing the ongoing work. The total time of the project is estimated at three years.
FRANCESCO BOMBARDI 3D PRINT AND CANAL HOUSE Architect Bombardi, sees this as an "extension" to the big size of the solution FDM? "I see it as a natural expansion of the research areas and disciplines other than that generated it. It is a bit 'as when in the nineteenth century has begun to transfer part of civil technique dry installation of steel structures and glass normally applied to engineering infrastructure (bridges, stations, factories, etc.).
How then even today the availability of new tools makes us think about new opportunities compositional and formal without necessarily having to "cite" the styles and forms of the past. The advent of reinforced concrete in the early twentieth century, for example, allowed svedbergs to experiment with new spatial experiences using lights broader structural changes and thicknesses lower than in brick buildings. Then there is always someone who wanted and still continues to make lintels concrete disguised as Roman arches over the doors or windows (although that is justified and appreciated for their virtuosity structural periods and contexts other than recent). Here that's the risk that I see in the first applications of the printing process FDM buildings: you do not have the time or the maturity to develop projects tailored to the new opportunities generated by the new techniques. No coincidence that many of these experiences are not complete; for example reconstruct the wall hangings but then do not resolve the problem of shells. "
The solution designed by DUS architects exploits form printing and not of whole parts, then resorting to assembly solutions: how to evaluate the