UAS Additive Strategies 2026
AMS X

Europe’s Largest 3D Printed Building to Be Built by PERI Group

AMR Applications Analysis

Share this Article

COBOD, the world’s leading original equipment manufacturer (OEM) of additive construction (AC) platforms, announced that PERI Group is currently using the BOD2 system to construct Europe’s largest printed building: a data-management and cloud services center in Heidelberg, Germany. PERI Group, a leading global scaffolding supplier and principal investor in COBOD, has partnered with German real estate development firm KRAUS GRUPPE on the data center, which will be operated by Heidelberg IT Management GmbH & Co. KG.

When completed, the data center will be 6,600 square feet and stand at 30 feet high. The construction process began on March 31, 2023 and the current estimate is that it will be finished by the end of July 2023. According to COBOD, PERI Group expects to print the building’s walls at a rate of 4 square meters (about 43 square feet) per hour.

Rendering courtesy of PERI Group and SSV Architekten

In a press release about Europe’s largest 3D printed building, Dr. Fabian Meyer-Brötz, managing director of PERI 3D Construction GmbH, said, “Based on parametric design, the special wall design used in the building documents the immense design freedom, that the COBOD BOD2 3D printer enables. We are very proud to be able to realize our largest building to date with this project.”

The founder and general manager of COBOD, Henrik Lund-Nielsen, commented, “In this unique project PERI is emphasizing two of the key benefits of 3D construction printing; speed of execution and design freedom. Because of this our technology is capable of carrying out everything from materials savings on windmill towers over low cost residential housing in Africa to architectural office type buildings in Germany.”

Drone shot courtesy of KRAUSS GRUPPE

Lund-Nielsen is justified in boasting about the diversity of the industries in which COBOD has established a foothold, as the company also represents such an overwhelming preponderance of the AC market. COBOD machines have been used on a striking 40 percent of all the 3D printed buildings currently in existence. Thus, the use of COBOD’s technology for such a variety of different purposes is no purely academic exercise, but instead signals real potential growth for the company in virtually every major source of future demand for the construction sector at-large.

In that context, PERI Group has picked a real winner here by focusing specifically on the data services sector. By now, anyone who pays moderate attention to the news is familiar with the supply chain issues that the entire tech world has been hamstrung by. However, this is not limited to lags in semiconductor deliveries.

Rendering courtesy of PERI Group and SSV Architekten

In fact, the shortages stem just as much from issues more typically associated with the “old economy.” For instance, in August 2022, Intel announced that it will need 7,000 workers just to build its in-progress semiconductor plant in Ohio. That is no easy fix in an economy where labor shortages seem poised to be a long-term feature of the landscape.

I also mentioned this recently in a post about the shortage of quality megasites available for new fixed capital in the US, which could be another issue that COBOD’s technology might help address sooner rather than later. Automation won’t solve every problem, but it can certainly help transform many problems from impossible to merely difficult.



Share this Article


Recent News

Why Additive Manufacturing Has Finally Earned Its Place on the Production Line

Scientists Create Stretchy 3D Printed Implants for High Blood Pressure Treatment



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Featured

nScrypt’s Ken Church on Why Additive Electronics Is Finally Finding Its Fit

For years, additive manufacturing (AM) has promised to reshape electronics. The idea has always been to print circuits directly where they are needed, add them into parts, and move beyond...

Harvard’s Jennifer Lewis Lab Is 3D Printing Artificial Muscles That Twist and Bend on Demand

Researchers at Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) have developed a new way to 3D print materials that can move on their own, bending, twisting,...

3D Printing News Briefs, May 2, 2026: Soft Robots, Agricultural Waste, & More

In this weekend’s 3D Printing News Briefs, we’ll start off with a multi-laser metal powder bed fusion 3D printer and post-processing news. We’ll end with research into soft robotics and...

Harvard SEAS Engineers Develop 3D Printing Method for Soft Robotic Components with Programmable Shapes

The world of soft robotics is still largely in its pure research phase, but the R&D landscape has started to produce examples of early-stage commercialization. Researchers have started to refine...