News
River EX-5 Extruder: Engineering the Next Gener...
What Makes a Successful Concrete 3D Printing Extruder? Large-scale 3D printing with cementitious materials presents a fundamentally different engineering problem from conventional polymer 3D printing. Concrete, mortar, geopolymer, clay-based construction...
River EX-5 Extruder: Engineering the Next Gener...
What Makes a Successful Concrete 3D Printing Extruder? Large-scale 3D printing with cementitious materials presents a fundamentally different engineering problem from conventional polymer 3D printing. Concrete, mortar, geopolymer, clay-based construction...
MRC Program - Mattress Foam
Particleized Mattress Foam in 3D Printable Cementitious Materials River AI Design Corp is studying how recovered mattress foam can be transformed into lightweight, printable cement-based products for circular construction. Mattress...
MRC Program - Mattress Foam
Particleized Mattress Foam in 3D Printable Cementitious Materials River AI Design Corp is studying how recovered mattress foam can be transformed into lightweight, printable cement-based products for circular construction. Mattress...
MRC Program - Mattress Fiber
Reclaiming Mattress Fiber for 3D Printable Cementitious Materials River AI Design Corp is studying how recovered mattress textile fibers can be converted from low-value waste into functional inputs for circular...
MRC Program - Mattress Fiber
Reclaiming Mattress Fiber for 3D Printable Cementitious Materials River AI Design Corp is studying how recovered mattress textile fibers can be converted from low-value waste into functional inputs for circular...
CARE Carpet Stewardship Program
Turning Carpet Waste into 3D Printable Cementitious Materials Early research from River AI Design Corp shows promising strength and printability potential for recovered carpet fiber in cement-based additive manufacturing. Carpet...
CARE Carpet Stewardship Program
Turning Carpet Waste into 3D Printable Cementitious Materials Early research from River AI Design Corp shows promising strength and printability potential for recovered carpet fiber in cement-based additive manufacturing. Carpet...