

Concrete 3D Printer
TOOLAdditive manufacturing technology for constructing buildings and architectural elements using concrete as the primary material.
Concrete 3D printing represents an emerging construction method that uses robotic systems to deposit concrete layer by layer, enabling new design possibilities and construction efficiencies. The technology bridges digital design with physical building, allowing architects and engineers to create complex geometries and structural forms that would be difficult or impossible with conventional construction methods.
The community explores both the technical development of concrete printing systems and their real-world architectural applications, from earthquake-resistant buildings and pavilions to experimental cabins and facades. Members investigate material properties, cost optimization, open-source printer designs, and the integration of robotic fabrication with architectural innovation.
Popular projects
View all 4 projectsLatest journals
View all 9 journalsFHHH Friends Wraps a Seoul Music Academy in a Faceted White Shell That Echoes Its Interior Logic
A 1,270-square-meter preparatory academy in Seoul stacks soundproof practice rooms inside an angular volume that reshapes its block.
3dpod Pavilion by Obayashi: Japan’s First 3D-Printed, Earthquake-Resistant Building
The 3dpod Pavilion by Obayashi is Japan’s first 3D-printed, earthquake-resistant building, showcasing innovative construction, SLIM-Crete®, and sustainable architecture.
Precise Imprecision: Where Robotic Arms Meet Fabric Molds
A hybrid fabrication method using KUKA robots and stack-cast fabric formwork to challenge what precision means in architecture.
3D-Printed Cabin Architecture: Universidad del Bío-Bío's Revolutionary Project
This article explores Universidad del Bío-Bío's groundbreaking 3D-printed cabin, highlighting its innovative construction technology and sustainable design.