3DCP Group
3DCP Group is Denmark's leading construction 3D printing company, combining in-house engineering, architecture, and construction expertise to take projects from concept to completed building. Since 2021, they have delivered housing, community buildings, humanitarian infrastructure, and marine biodiversity structures using COBOD technology.
DENMARK
36 3D Printed Student Apartments
1,654 m² (17,800 SF)
6 buildings
Last building in 5 days
BOD3
3DCP Group printed 36 student apartments across six buildings in Holstebro for the affordable housing organization NordVestBo. Each building has six apartments ranging from 40 to 50 m² (430 to 540 SF). Printing time improved building-to-building throughout the project — from several weeks on the first building to just five days on the last, equivalent to more than one apartment per day. The three-person crew operated the BOD3 with millimeter accuracy across all printed walls.
3D print technology is a real gamechanger in construction as it brings new architecture to life that would otherwise not have been possible by conventional brick and mortar methods. COBOD's technology makes it possible to print with real concrete, increase efficiency and significantly reduce the man-hours used in construction.
Mikkel Brich | CEO & Co-Founder, 3DCP Group
UKRAINE
3D Printed School
In partnership with the humanitarian foundation Team4UA, 3DCP Group printed a 370 m² (3,983 SF) primary school in Lviv in under four days. 99% of the printing material and 90% of all construction materials were locally sourced. The school serves internally displaced children affected by the war. COBOD donated all technology and services for the project.
DENMARK
3D Printed Low-CO² Community Building
3DCP Group and real estate developer AKF completed a 72 m² (775 SF) community building in greater Copenhagen using concrete with 30% lower CO2 than standard mixes. Designed by Saga Space Architects, the building houses a gym, guest room, and shared laundry for residents. Organic curved walls were printed directly from the digital model.
DENMARK
3D Printed Low-CO² Community Building
3DCP Group and real estate developer AKF completed a 72 m² (775 SF) community building in greater Copenhagen using concrete with 30% lower CO2 than standard mixes. Designed by Saga Space Architects, the building houses a gym, guest room, and shared laundry for residents. Organic curved walls were printed directly from the digital model.
DENMARK
3D Printed Reef Modules
Via its subsidiary StoneReefs, 3DCP Group is using a COBOD BOD2 to print concrete reef modules that mount onto existing harbor sheet piles — restoring marine biodiversity without disrupting port operations. The complex textured surfaces, which would be impractical to produce by other means, provide hiding places for fish, algae, and mussels. Modules have been installed in harbors across Copenhagen, Aarhus, Korsør, Helsingør, Sprogø, and Fredericia, with support from Orsted, Sund & Baelt, WWF Denmark, and By & Havn.
GUATEMALA
3D Printed House in Seismic Region
In collaboration with Progreso, 3DCP Group printed a 49 m² (527 SF) house to verify the structural integrity of construction 3D printing in a seismic-prone region. The 3 m (9 ft) printed walls were completed in 26 printing hours over seven days, paired with a traditional palm-leaf rancho roof well-suited to seismic conditions due to its lightweight and flexible structure.
DENMARK
3D Printed Tiny House
A fully livable two-room home on 37 m² (398 SF), designed by Saga Space Architects to be as affordable as possible. Walls, roof, and foundation were all 3D printed using low-cost real concrete. The five-part curved roof was printed on the ground and lifted into place — a solution that would have been prohibitively expensive with conventional formwork.
DENMARK
3D Printed Tiny House
A fully livable two-room home on 37 m² (398 SF), designed by Saga Space Architects to be as affordable as possible. Walls, roof, and foundation were all 3D printed using low-cost real concrete. The five-part curved roof was printed on the ground and lifted into place — a solution that would have been prohibitively expensive with conventional formwork.