COBOD's multifunctional construction robot demonstrating advanced concrete printing capabilities at a construction site.
COBOD International has unveiled the first commercially available multifunctional construction robot, developed in collaboration with the Technical University of Braunschweig. This innovative robot aims to automate various construction processes with advanced features including Shotcrete 3D printing and a telescopic unit that enhances capabilities. It was presented at the Digital Construction Site event, showcasing automation’s potential to improve efficiency and sustainability in construction. This multifunctional system is set to revolutionize traditional practices and support the industry’s push toward smarter building methods.
COBOD International has taken a significant step forward in construction technology by revealing the first commercially available multifunctional construction robot. This innovative system, engineered in collaboration with the Technical University of Braunschweig’s Institute for Structural Design, is poised to revolutionize the way construction projects are executed.
The newly unveiled robotic system can deposit layers of concrete in-situ using a cutting-edge gantry-based mechanism. In addition, it is equipped to handle Shotcrete 3D printing, showcasing its versatility in modern construction processes. By harnessing COBOD’s acclaimed BOD2 3D printer as its foundation, the robot boasts impressive capabilities for creating complex structures.
A notable feature of this multifunctional robot is its integration of a telescopic unit paired with a robotic arm. This enhancement significantly broadens the machine’s functionality, enabling it to perform tasks beyond mere concrete printing. The system can now print intricate designs that include overhangs, such as those commonly used in tunnels and retaining walls, maximizing its usefulness on-site.
The telescopic unit has a vertical reach of three meters, allowing the robotic system to cover a substantial work area efficiently. It can be fitted with various tools, facilitating tasks such as spray painting, insulation application, and sanding. Future plans even include the possibility of adding a gripper for handling aerated concrete blocks and other prefabricated building materials.
This innovative robot was showcased during the grand opening of the Digital Construction Site at TU Braunschweig. The event drew attention from various guests who were treated to demonstrations of the technology in action. The unveiling marked a significant milestone in the ongoing exploration of how digital manufacturing can reshape traditional construction methodologies.
The multifunctional robot automates various construction processes, essentially enhancing capabilities beyond just printing concrete walls. The Digital Construction Site initiative at TU Braunschweig aims to make construction projects more efficient and affordable through the integration of digital technologies. A multidisciplinary team is investigating potential automation solutions that address the increasing demand for innovative construction methods.
Professor Harald Kloft from the Institute for Structural Design emphasized the crucial role that automation will play in developing complex and low-waste construction solutions. As the construction industry faces ongoing challenges around resource efficiency and environmental impact, the integration of digital manufacturing technologies promises a path forward.
The project aims to delve into hybrid, multi-material, and multi-process construction approaches. By doing so, it seeks to create not only reinforced structures, such as double-curved walls, but also to explore the economic and environmental efficiencies that these methodologies can bring to construction.
The multifunctional system will undergo testing in real-world building projects, allowing for the collection of valuable data. This data will inform future implementations and improvements, enhancing the robot’s capabilities further. As the construction industry continues to evolve, advancements like these will play a pivotal role in shaping how buildings are designed, constructed, and maintained.
As COBOD International continues to push the boundaries of construction technology, the multifunctional construction robot represents a promising leap toward a more automated, efficient, and sustainable future in the building sector.
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