robotics
We use robotic technologies like FDM, WAAM, and CNC milling to enable innovative design, fabrication, and assembly in art, architecture, and research.
concrete
revolutionizes concrete construction with 3D printing tectonitXTM and sustainable practices, enabling precise, large-scale, waste-reducing designs with high durability and structural performance.xxxxxxxx xxxxxxx xxxxxxx xxxxxxx xxxxxx xxxxxxxx xxxxxxx xxxxxxxxxxx xxxxxxxx xxxxx xxxxxxxx xxxxxx xxxxx
wood
We combined econitWood and wood to create a CO2-neutral, non-flammable material with strong thermal and acoustic properties for interiors.
xxxxxxxxxxx xxxxxxxxxxxxx xxxxxxxxxxxxxxxxxx xxxxxxxxxxxxxxxx xxxxxxx xxxxxxxxxxxxxxxx xxxxxxxxxxxxxxx xxxxxxxx
3D printing
our novel technology enables scalable, sustainable and industrial 3D printing for large components from building material in extreme speeds.
robotics
robotic systems enable FDM, WAAM, CNC, and automated assembly in creative architectural fabrication workflows.
3D printing
our novel technology enables scalable, sustainable and industrial 3D printing for large components from building material in extreme speeds.
robotics
robotic systems enable FDM, WAAM, CNC, and automated assembly in creative architectural fabrication workflows.
product development
Demonstration of temporary structures built with sustainable materials.
robotics
We use robotic technologies like FDM, WAAM, and CNC milling to enable innovative design, fabrication, and assembly in art, architecture, and research.
specialist planning
Art sculptures created with 3D printing, showcasing the fusion of technology and culture.
computational design
We use computational design to create and optimize complex forms with algorithms and digital tools.
product development
Demonstration of temporary structures built with sustainable materials.
robotics
We use robotic technologies like FDM, WAAM, and CNC milling to enable innovative design, fabrication, and assembly in art, architecture, and research.
