Our design team curated this conceptual model that will be constructed using 3D printing. The design influence started with the local demand for affordable, middle income housing. This simplicity of this design allows for the house to be scaled from 600 to 1,200 sq. ft.
To demonstrate the versatility of 3D printing, the corners are curved creating more functional space. The layered pattern of the concrete ink can be left raw or painted. It can also be plastered with a mortar mix or stucco. This also supports greater flexibility for interior finish options from tiles, wall paper, or gypsum to name a few.
Move from design to construction seamlessly because the printer code is instructed by your CAD designs to bring your dream home to reality.
With 3D construction, you can confidently build your dream home or office knowing it is being constructed as per your design. This also allows for the easy pre-manufacture and installation of interior fitting and furniture.
BB3D’s proprietary concrete ink has been proven to attain strengths upwards of 7,000 psi up to 10 days post application. This speaks to the quality of the concrete and its robust nature. Also, there is significant reduction in the amount of waste generated when compared to traditional construction.
Globally, there continues to be a shortage of skilled/artisan labour. 3D construction reduces the dependence on labour and the susceptibility to delays, errors, and inefficient and incorrect material preparation. It also offers the opportunity for traditional artisan skilled labour to be retooled as operators of the technology.
3D construction allows for easier execution of complex architectural designs. The versatility of the technology allows for sinusoidal shapes to be effortlessly printed, giving the end user the unique character and an unlimited range of customization options.
When compared to traditional concrete structures, 3D printed cavity walls offer better insulation, thus reducing the conduction of heat into the living space.