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 introduced the first commercially available multifunctional construction robot, marking a significant advancement in construction technology. This innovative robotic system, designed in collaboration with the Technical University of Braunschweig, aims to automate various construction processes, significantly enhancing the efficiency and functionality of modern building techniques.
The newly unveiled robotic system utilizes a gantry-based structure to deposit layers of concrete directly at the construction site. It is capable of Shotcrete 3D printing, enabling the creation of complex structures such as tunnels and retaining walls that feature intricate overhangs. With its roots in COBOD’s established BOD2 3D printer, the system introduces a telescopic unit equipped with a robotic arm that expands its operational capabilities.
This telescopic extension is mounted between two X axes and possesses a vertical reach of three meters, allowing it to cover a wide work area effectively. Beyond concrete printing, the unit can accommodate various tools, facilitating tasks such as spray painting, insulation application, and sanding. Additionally, there are plans to include a gripper, which would enable the robot to handle prefabricated materials like aerated concrete blocks.
The multifunctional robot was revealed during the opening ceremony of the Digital Construction Site at TU Braunschweig. This event served as a platform for various guests to see the technology in action, demonstrating the potential impact of automated construction solutions on real-world building projects.
The objective behind this robot’s development is to automate a multitude of construction processes, highlighting that its capabilities extend far beyond merely printing concrete walls. The ongoing initiative at TU Braunschweig, known as the Digital Construction Site, investigates how modern digital manufacturing technologies can revolutionize traditional construction practices.
A multidisciplinary team at the university is committed to exploring ways in which automation can make construction practices more efficient and cost-effective. The new multifunctional robot is set to undergo testing in actual building projects, generating valuable data for future implementations and enhancing its functionalities based on real-world demands.
One key aspect of this innovation is its potential for environmental and economic efficiencies within the construction industry. The integration of digital manufacturing technologies is expected not only to streamline the planning process but also to significantly enhance on-site construction efficiency. The system supports the creation of reinforced double-curved walls and is part of a broader initiative to examine hybrid, multi-material, and multi-process construction techniques.
Professor Harald Kloft from the Institute for Structural Design at TU Braunschweig emphasized the crucial role of automation in achieving advanced construction methods that minimize waste and promote sustainability. By focusing on creating a multifaceted and adaptable construction robot, COBOD International aims to redefine what is possible in the future of building, paving the way for smarter and more resilient construction practices.
The launch of COBOD International’s multifunctional construction robot is a promising development in the field of construction technology. As the industry looks towards automation, the capabilities offered by this advanced robotic system signal a shift towards more efficient, cost-effective, and sustainable building methods. By bridging the gap between innovative technology and practical application, COBOD’s new robot stands to play a pivotal role in transforming future construction projects.
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