Our Mission
Is to revolutionize industries through innovative 3D concrete printing, pushing the boundaries of design possibilities and prioritizing sustainability by employing eco-friendly processes. We are dedicated to affordability, ensuring that our groundbreaking solutions are accessible to all, fostering a world where cutting-edge design meets responsible business practices. Printera empowers individuals and diverse industries to transcend traditional concrete construction, enabling unparalleled customization, shattering design limitations, and unlocking boundless creative expressions while envisioning a collaborative landscape that embraces innovative, sustainable, and awe-inspiring creations.
meet the team
3D Printing the Future
The Process
The process of 3D printed concrete with a robotic arm printer begins with the design of a digital blueprint or model of the desired structure. This digital file is then loaded onto the robotic arm printer, which begins the printing process by dispensing layers of concrete in the shape of the design.
The printer works by using extrusion technology, where the concrete mixture is pushed through a nozzle and layered on top of itself until the structure is complete. The robotic arm can move in all three dimensions, allowing for complex designs and building shapes.
Once the printing process is complete, the structure is left to dry and cure for a specified amount of time before it can be used. The advantages of using 3D printing technology in concrete construction include faster production times, a reduction in waste and material costs, and the ability to create bespoke designs that would be difficult or impossible to achieve using traditional construction methods.
Minimal Waste
Significantly reduce waste by printing only the exact amount of material needed for the structure and eliminate the need for formwork/molds, resulting in up to 70% reduction in waste compared to traditional methods.
6,000 PSI
3D printed concrete offers improved structural durability, increased design flexibility, and customizable strength due to its ability to create complex geometries and varying material densities.
Unlimited Designs
Providing endless design possibilities due to the ability to create intricate and complex geometries that cannot be achieved using traditional construction methods.