3D Printing Robots

The intersection of industrial robotics and additive manufacturing has opened up a new creative frontier. Robotic arms functioning as 3D printers now make it possible to produce freeform shapes, large-scale structures, and sculptures with geometries that traditional methods simply can’t achieve. This fusion is no longer just a technical curiosity—it’s the foundation of real artistic…

The convergence of industrial robotics and additive manufacturing is opening a new chapter in architecture and design. Using robotic arms for large-scale 3D printing of modular components is not only redefining how we think about structures—it’s also paving the way for a more sustainable, flexible, and creative future.   A standout example of this revolution…

The wildfires that ravaged Southern California in 2025 left behind a trail of destruction, reducing thousands of homes to ashes and displacing entire communities. In the face of this emergency, ABB Robotics and Cosmic Buildings responded with a groundbreaking solution: a mobile robotic microfactory powered by artificial intelligence, designed to rebuild homes with precision, speed,…

In a groundbreaking event that redefines speed and efficiency in infrastructure development, Japan has once again taken the lead in innovation with the construction of the world’s first 3D-printed train station. Located in Arida, Wakayama Prefecture, this marvel of robotic engineering and additive manufacturing was completed in an astonishing span of just six hours. This…

Additive manufacturing is rapidly transforming the landscape of modern industry, and KUKA—alongside HS Automation—is leading this shift through cutting-edge solutions for metal 3D printing. This technology stands out for its remarkable blend of robotic precision, energy efficiency, and design freedom, redefining the traditional standards of industrial production. At the center of this innovation is a…

The convergence of advanced robotics and 3D printing is ushering in a new era in construction and architectural design. At the forefront of this transformation is the Dutch company Vertico, which has established itself as a pioneer in offering innovative solutions that promise to change the way we imagine and build structures. Founded in 2017…

In the lush forests of upstate New York, the architectural and research studio HANNAH—led by Leslie Lok and Sasa Zivkovic, both professors at Cornell University—has taken a bold step toward the future of sustainable construction. Through their project Ashen Cabin, the team explores an experimental integration of 3D concrete printing, robotic milling, and the reuse…

In an attempt to transform access to affordable housing in Mexico, the project “Sueños con Tierra y Concreto” stands out as a remarkable example of technological innovation with Mexican foundations in traditional techniques. This interdisciplinary installation not only proposes a new paradigm in the use of sustainable materials but also demonstrates how industrial robotics can…

At the intersection of industrial robotics and art, Nagami and ABB have revolutionized the way we conceive production in architecture and design. The combination of advanced robotics and 3D printing has not only enabled the creation of complex and sustainable forms but also opened new possibilities for artistic expression and industrial innovation. This approach is…

The construction of prefabricated homes has experienced significant advances thanks to the integration of industrial robotics and automation. A notable example is the collaboration between Rehkemper & Son and SCADAware, which implemented an innovative solution to optimize the wall assembly process in prefabricated homes. The manufacturing process of these homes is divided into two main…