b69713ecfe537a78086be325b91beb29.jpg

MENSE KORTE 3D prints modular building in Beckum 3D Printing Processes

3D printing stands for progress in construction like hardly any other process. It not only enables the implementation of individual geometries and components made of concrete that would not be possible with conventional formwork technology but also optimizes production processes and accelerates the digitization process in the construction industry. The construction of a 3D printed tiny house in North Rhine-Westphalia by MENSE KORTE also highlights the use of more sustainable building materials for printing.

04cdb810f5f7ae3b43e176c6dbb96c40.jpg

RENCA builds first house using geopolymer 3D printing mortar Sustainability

RENCA, a pioneer in sustainable geopolymer materials for construction 3D printing, has set a significant milestone in the construction industry by using their zero-cement geopolymer 3D printing mortar in the construction of the world’s first 3D printed geopolymer house. The sustainability of construction materials and methods is a major global concern, given the significant pollution contributed by these elements. With emerging technologies such as 3D printing, new possibilities for reducing environmental impact are arising. This technology not only offers unparalleled freedom in design but also lessens the waste produced and the materials required.

Cambridge researchers 3D print smart concrete headwall Construction 3D Printing

Cambridge researchers 3D print smart concrete headwall Construction 3D Printing

Infrastructure is emerging as a key area of development for concrete 3D printing. Cambridge researchers, working in partnership with industry and specialist companies like Versarien, have helped develop the first 3D printed piece of concrete infrastructure to be used on a National Highways project. The 3D printed structure – a type of retaining wall known as a headwall – has been installed on the A30 in Cornwall, where it is providing real-time information thanks to Cambridge-designed sensors embedded in its structure. The sensors provide up-to-date measurements including temperature, strain and pressure. This digital twin of the wall could help spot and correct faults before they occur.