01 / Digital model
The product is adapted for printing, lifting, connection points and the intended architectural context.
REQUEST A PROPOSAL
ARCHITECTURAL CATALOGUE
CRAFTRUDER turns digital geometry into repeatable concrete products - from private enclosures and buildings to landscape elements and urban infrastructure.
FULL-CYCLE MANUFACTURING
Each product starts with a brief and a digital model. Geometry, reinforcement, handling, transport and installation are coordinated before serial production begins.
The product is adapted for printing, lifting, connection points and the intended architectural context.
Layer-by-layer printing creates the final geometry and a finished tactile surface with repeatable parameters.
Prefabricated components are delivered and assembled, while selected building shells can be printed directly on site.
01 / FENCES AND ENCLOSURES
Printed fence modules combine structural enclosure, distinctive geometry and a decorative double-sided texture without additional cladding.
02 / SMALL-SCALE ARCHITECTURE
Small buildings can be designed as complete modules or assembled from printed wall elements, with layouts adapted to private, commercial and public use.
03 / LANDSCAPE AND FURNITURE
Tool-free digital fabrication makes curved and multi-level landscape elements practical, including integrated seating, lighting and planting zones.
04 / BUILDINGS AND INTERIORS
Printed blocks and permanent formwork can be integrated with insulation, reinforcement, windows, roofs and engineering systems to form complete buildings and interiors.
05 / CITY AND INFRASTRUCTURE
Concrete 3D printing supports durable urban objects, custom identities and project-specific forms that can be repeated across a development.
SELECTED DIRECTIONS
The images below are taken from the current CRAFTRUDER architectural catalogue. Final geometry and engineering are developed for the intended site and production route.






REFERENCE MATERIAL
Reference properties from the catalogue are a starting point. The final mix design and product performance are verified for local materials, climate, geometry and structural requirements.