Grondplek offers industrial‑scale 3D concrete printing that automates on‑site fabrication of structural elements, integrating algorithmic design with high‑performance concrete to create complex geometries without traditional formwork. The platform reduces build time and material waste by up to 60 % while delivering superior strength, and it supports hybrid workflows that combine printed components with conventional foundations and building systems for civil, residential, and infrastructure projects.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional construction methods rely on manual labor, formwork, and repetitive casting processes, leading to long build times, high material waste, and limited design flexibility for civil, residential, and infrastructure projects.
Solution
Grondplek provides industrial‑scale 3D concrete printing that automates the execution of structural elements directly on site. By integrating algorithmic design with high‑performance concrete, the system can produce complex geometries and parametric structures without conventional formwork. The technology reduces lead times, cuts material waste by up to 60 %, and delivers superior mechanical properties compared with traditional cast concrete. Grondplek’s platform supports hybrid workflows, allowing seamless integration with conventional foundations, MEP installations, and roof systems. Certified Level 3 operators ensure consistent quality and safety across projects of varying scale, from single‑unit prototypes to monumental civil structures.
Target Audience
Primary customers are civil engineering firms, residential developers, and construction companies undertaking large‑scale infrastructure, housing, or industrial projects that require fast, waste‑efficient, and design‑flexible building solutions.
Features
- Industrial 3D printers (BOD2, BOD3, BOD XL) selectable by project scale, enabling single‑unit, serial production, or large‑scale construction
- High‑performance concrete mixes with superior strength and premium architectural finish
- Algorithmic design tools that optimize material usage, achieving up to 60 % waste reduction
- Automated on‑site printing workflow that pauses for manual installations (reinforcement, openings, MEP) and resumes without loss of precision
- Full compatibility with standard CAD/BIM formats for seamless design integration
- Certified Level 3 installation, operation, and support ensuring safety and repeatable quality
- Hybrid construction capability to combine printed elements with conventional foundations and roof systems