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10 results for “additive manufacturing”
- additive tectonics GmbH
- tectonitX™tectonitX™ introduces a new era of concrete construction by combining innovative 3D printing technology with sustainable practices. This material enables the production of complex, large-scale concrete elements with precision, eliminating the need for traditional formwork and significantly reducing waste. With a max. dimensions of up to 4 x 2.5 x 1.5 meters and a resolution as fine as 3 millimeters, tectonitX™ sets a new standard for architectural and structural design.
- econitWoodeconitWood introduces a material innovation that repurposes wood residues from sawmills and timber harvesting for applications in interior architecture. This material system prioritises ecological responsibility, regional sourcing, and fire safety while integrating seamlessly with contemporary and digital design methodologies. Utilising 3D printing technology, econitWood transforms wood waste into precisely defined geometric forms.
- Stronger, More Affordable 3D Printed Titanium Could Transform Design and ManufacturingEngineers at RMIT University in Australia have developed a breakthrough titanium alloy that is not only stronger than standard 3D printed titanium but also…
- Electric Waste Collection Vehicle Demonstrates Circular ManufacturingMercedes-Benz Trucks has introduced the reECONIC, a battery-electric waste collection concept vehicle developed with 32 partners to demonstrate how circular materials can be integrated…
- MIT Recycling System Turns Mixed Space Waste Into Manufacturing FeedstockNASA has awarded first prize in Phase 2 of its LunaRecycle Challenge to a team from the Massachusetts Institute of Technology (MIT). The winning…
- Recyclable 3D Printing Resin Enables Closed-Loop ManufacturingResearchers at Heidelberg University have developed a polymer for more circular 3D printing. The new material offers the strength and precision needed for detailed…
- 3D Printed ConcreteThis innovative 3D concrete printing technology is a digitally driven construction system that merges advanced material science with innovative fabrication to produce high-performance, low-waste architectural components and landscape products and furniture. The material is formulated to meet strict rheological requirements for layer-by-layer printing.
- 3D Printed Footwear Demonstrates Mono-Material and Custom-Fit ManufacturingAdditive manufacturing continues to influence footwear design. The Udon sneaker by ICAKOSTIKA, produced through Zellerfeld’s 3D printing platform, shows how designers can rethink construction…
- Seaweed-Derived Additive Improves 3D Printing of Earthen Building MaterialsResearchers at the University of Colorado Boulder have discovered that a seaweed-derived ingredient can improve the 3D printing of earthen construction materials. The ingredient…
