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51 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…
- Bicicletto: soon to be 3D printed e-bikeBicicletto is an already existing e-bike by the Italian company Nuova Società Piemontese Automobil, but now the company will collaborate with Belgium-based Materialise, a…
- Breakthrough Photocatalytic Process Converts Lignin Waste into Biodegradable 3D Printing MaterialsResearchers from the University of Alicante (UA), in collaboration with the Polytechnic University of Valencia (UPV) and international partners, have developed a new photocatalytic…
- Innovation Lab Stage Lecture Programme at METS 2015This week at METS 2015 (November 17-19), we will be presenting an inspiring lecture series in addition to our exhibition of innovative materials for…
- 3D printed steel nodesDesigners from Arup, the global engineers, have pioneered a 3D printing process for steel joints. The development means that highly complex shapes can be…
- Large-Scale 3D Printed Wall Covering Incorporating Recycled EggshellsCIRCULUS, an atelier founded under Yuko Oka Architectural Design in Tokyo, has developed KNIT, a fabric-like exterior wall finish created with a robotic-arm large-scale…
- Recyclable Lignin-Based Ink Enables Circular 3D PrintingResearchers at Helmholtz-Zentrum Hereon have developed a fully recyclable, water-based ink for 3D printing. The team makes the ink largely from lignin, a by-product…
- Nike Applies Advanced Material Engineering to Faith Kipyegon’s Breaking4 KitNike developed a specialised performance kit for middle-distance runner Faith Kipyegon as she prepares to attempt to break the four-minute mile barrier. The Breaking4 collection…
- 3D printed steel construction elements at Material Xperience 20173D printing has created many possibilities in various fields, such as medicine and construction. The company Arup has made use of this technique to…
- 3D-CeraClad: A 3D-Printed Ceramic Façade System For Sustainable Building Envelopes3D-CeraClad is a Master’s thesis project by designer Mohamed Abdelaziz that explores how additive manufacturing can reshape ceramic façade systems. The project introduces a…
- 3D Printed Titanium Mesh Introduces New Approach to Lightweight Structural DesignWatch brand MING has launched Polymesh, a bracelet-strap hybrid made from 3D printed titanium. It is produced using laser powder bed fusion and demonstrates…
- Large-Scale 3D Printing Shapes UPM Group’s EuroShop StandUPM Group has created a 100 m² exhibition stand using large-scale robotic 3D printing for EuroShop 2026 in Düsseldorf. Combining architectural structures, integrated technology…
- Castomize Develops 4D Printed Orthopaedic Casts With Remouldable Smart MaterialSingapore-based medical technology company Castomize has developed a series of 4D printed orthopaedic casts that combine lightweight structures, smart materials and additive manufacturing. The…
- How to Print a Car: Advancements in High-Performance Multi-Material 3D PrintingResearchers at Tohoku University's Institute for Materials Research and New Industry Creation Hatchery Center have developed a new method for multi-material 3D printing. This…
- Duplicor® biobased compositeDuplicor® is a fully bio-based composite (building) material. Manufactured from a 100% natural resin, virtually non-flammable, lightweight, CO2-saving and also affordable. Duplicor® bio-composite is made from bio-waste and in a sandwich construction with old PET bottles, which is used as insulating core material.
