Foster + Partners and Skanska team up to develop a commercial 3D concrete printing robot

foster_partners_concrete_3D_printing_robot_commercial

The commercialization of 3D printing has become a hot topic for some time now, given the scope’s future potential in the field of complex constructions. And now, the proponents of 3D printing and progressive architecture have something to look forth to – with UK’s Loughborough University proposed deal with renowned architectural firm Foster + Partners and Swedish cement manufacturer Skanska to develop mass-scale technology for 3D concrete printing. Their tripartite collaboration can result in what is touted as the world’s first commercial concrete printing robot.

In other words, this robotic contraption will be able to 3D print high-performance concrete sections that could be further utilized for composing and constructing architectural structures. To that end, the machine has the ability to lay down layers of cement-based mortar with the process being monitored by a precise computer controlled system. These measured, three-dimensional building components (or modules) crafted with the aid of the device’s specialized gantry and a robotic arm.

foster_partners_concrete_3D_printing_robot_commercial_1

In essence, the fabrication of the precisely-composed modules can allow for far complex designs (like curved cladding panels) that are not practically possible with our current technologies. More importantly, the robotic setup can account for lesser time needed to generate building components, which can ultimately lead to lowering of costs for bigger building projects. This is what Rob Francis, Skanska’s director of innovation and business improvement, had to say about the application –

3D concrete printing, when combined with a type of mobile prefabrication center, has the potential to reduce the time needed to create complex elements of buildings from weeks to hours. We expect to achieve a level of quality and efficiency which has never been seen before in construction.

Regarding the latter part of statement, we can surely hope for complete building sections with their bells and whistles of fittings and piping to be entirely furnished by the robot on-site. This ambit might just usher in a new era for the construction industry – with collective building processes being effectively achieved within tighter time thresholds.

foster_partners_concrete_3D_printing_robot_commercial_2 foster_partners_concrete_3D_printing_robot_commercial_3

Via: Dezeen

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Foster + Partners and Skanska team up to develop a commercial 3D concrete printing robot

The commercialization of 3D printing has become a hot topic for some time now, given the scope’s future potential in the field of complex constructions. And now, the proponents of 3D printing and progressive architecture have something to look forth to – with UK’s Loughborough University proposed deal with renowned architectural firm Foster + Partners and Swedish cement manufacturer Skanska to develop mass-scale technology for 3D concrete printing. Their tripartite collaboration can result in what is touted as the world’s first commercial concrete printing robot.

In other words, this robotic contraption will be able to 3D print high-performance concrete sections that could be further utilized for composing and constructing architectural structures. To that end, the machine has the ability to lay down layers of cement-based mortar with the process being monitored by a precise computer controlled system. These measured, three-dimensional building components (or modules) crafted with the aid of the device’s specialized gantry and a robotic arm.

foster_partners_concrete_3D_printing_robot_commercial_1

In essence, the fabrication of the precisely-composed modules can allow for far complex designs (like curved cladding panels) that are not practically possible with our current technologies. More importantly, the robotic setup can account for lesser time needed to generate building components, which can ultimately lead to lowering of costs for bigger building projects. This is what Rob Francis, Skanska’s director of innovation and business improvement, had to say about the application –

3D concrete printing, when combined with a type of mobile prefabrication center, has the potential to reduce the time needed to create complex elements of buildings from weeks to hours. We expect to achieve a level of quality and efficiency which has never been seen before in construction.

Regarding the latter part of statement, we can surely hope for complete building sections with their bells and whistles of fittings and piping to be entirely furnished by the robot on-site. This ambit might just usher in a new era for the construction industry – with collective building processes being effectively achieved within tighter time thresholds.

foster_partners_concrete_3D_printing_robot_commercial_2 foster_partners_concrete_3D_printing_robot_commercial_3

Via: Dezeen

  Subscribe to HEXAPOLIS

To join over 1,100 of our dedicated subscribers, simply provide your email address: