3D printing is no longer limited to industrial manufacturing. An innovative initiative spearheaded by German 3D printing pioneer Georgios Staikos demonstrates that the technology can significantly advantage the construction sector as well. The German Red Cross (DRK) in Warendorf Beckum, North Rhine-Westphalia, is constructing its new headquarters with 3D printing technology, marking a first for non-residential structures in Germany.
At the core of this project is an ABB IRB 6700 six-axis robot, used for applying building materials with accuracy and velocity. This approach not only accelerates building but also improves sustainability. The DRK, recognized for its essential social services, required additional space because of its expanding duties. The new facility will more than double their area, including contemporary training rooms, offices, and community spaces.
At the center of this project is an ABB IRB 6700 six-axis robot, efficiently and accurately applying construction materials. This approach not only accelerates building but also improves sustainability. The DRK, recognized for its essential social services, required additional space because of its expanding duties. The new structure will more than double their available space, incorporating contemporary training rooms, offices, and community spaces.
Prof. Dr. Karl-Uwe Strothmann and Detlef Weißenborn from the DRK highlight the project’s goals:
“After a thorough analysis and evaluation by our association, we came to the conclusion that the new building should be as innovative, future-oriented and climate-friendly as possible. It was important to us that the technologies used in the construction project reflected our innovation and sustainability ambitions.”
Georgios Staikos, a leader in 3D printed buildings, emphasizes the importance of collaboration with building and construction experts across the value chain. As the owner of STAIKOS 3D GmbH and a shareholder of Innovationszentrum Westfalen GmbH, he has already realized Germany’s first 3D-printed residential building.
“In the future, we plan to further advance the 3D printing of buildings by consistently developing the technology and simplifying approval procedures. The ABB robot acts as an optimal platform for our large-format polymer printer, which – compared to a permanently installed gantry printer – offers significantly more flexibility in the additive production of interior walls and facades,” Staikos added.
Together, these partners are setting new standards for sustainable and innovative construction, paving the way for fully automated and digitalized building processes. This project not only showcases the potential of 3D printing in construction but also serves as a model for future developments in the industry.