A Tennessine participou da instalação da primeira solução completa de impressão 3D com pó metálico na América do Sul, realizada no LIPCAT, em parceria com a CONCR3DE.
O sistema instalado tem como núcleo a impressora 3D Armadillo, voltada à manufatura aditiva com materiais em pó. A solução integra etapas essenciais do fluxo de trabalho, incluindo impressão aditiva, acessórios de sinterização e unidade de pré-tratamento para remoção de pó, também conhecida como depowdering.
Durante a instalação, o time técnico acompanhou o treinamento operacional, a demonstração com cobre e a orientação para desenvolvimento de parâmetros voltados à impressão em aço inoxidável 316.
Essa tecnologia permite fabricar geometrias complexas, monólitos metálicos e componentes de alto valor técnico, especialmente quando há elevado custo ou dificuldade de confecção por métodos convencionais.
Agradecemos à equipe do LIPCAT pela colaboração durante todo o processo e à CONCR3DE pela parceria tecnológica. Seguimos apoiando universidades, centros de pesquisa e indústrias na implementação de soluções avançadas para pesquisa, desenvolvimento e inovação.
Conheça o portfólio da Tennessine e nossas soluções para aplicações técnico-científicas em nosso site.
#Tennessine #CONCR3DE #LIPCAT #Impressão3D #ManufaturaAditiva
𝗧𝗵𝗲 𝗥𝗲𝘃𝗲𝗮𝗹: 𝗕𝗮𝗿𝗼𝗾𝘂𝗲 𝗚𝗹𝗶𝘁𝗰𝗵!
Marmomac kicked off this Tuesday, and we can finally share with you full images of Baroque Glitch.
Designed by @dlwhite , Assistant Professor at FAU School of Architecture, this piece explores how digital techniques can transform stone. Printed in limestone using CONCR3DE’s advanced 3D printing technology, Baroque Glitch is an architectural fragment, where structure and surface are combined.
An AI-generated Baroque style pattern flows across both sides, creating a surface that changes as you move around it. Our technology allows us to reach this level of detail and precision beyond what traditional methods can achieve.
Stay tuned for more exciting projects!
With a background in architecture, at CONCR3DE we enjoy collaborating on unique projects that take architectural 3D printing to the limit. That’s why we present Baroque Glitch, which showcases an architectural fragment that shifts perception as you move around it.
This piece will be presented this year in Marmomac and is designed by @dlwhite , assistant professor at Florida Atlantic University. The design combines 3D printed limestone with AI- generated Baroque patterns, expressing both architectural ideas and digital techniques.
Stay tuned for the reveal of the full piece soon at Marmomac!
CONCR3DE participated in SLOTLAB, a research project exploring innovative construction techniques inspired by traditional crafts and building trades. The source of inspiration is the reconstruction of Schaesberg Castle, a castle ruin from the 17th century in Landgraaf, the Netherlands.
SLOTLAB forged a connection between designers, the construction industry and education in five ‘mirroring projects’. Each project aimed to recreate a specific part of Schaesberg Castle, focusing on the circular use of local materials. Among the five parts of the SLOTLAB project, CONCR3DE contributed to two key areas: the roof tiles and of fireplace prostheses.
Thanks to SLOTLAB, we were able to combine 3D printing technology with traditional craftsmanship and sustainability. Our Armadillo White 3D printer, a fully open binder jetting system, was instrumental in this. Its customizable hardware, open material platform, and accessible software allow for printing with virtually any material.
Would you like to know what our technology can do for you? Contact us: link in bio.
#binderjetting #3dprinting #sustainability #circulareconomy #armadillowhite
CONCR3DE’s binder jetting technology allows you to print with virtually any material, including a wide array of bio-based options. We designed and manufactured this striking piece, using salt and biobased polymer blend with an aqueous binder, which enhanced the natural translucency of the salt. This project won the 3DPC Challenge in 2017.
Our bio-based materials can be used not only for product design but also high-tech applications such as water-soluble tooling and beyond. This demonstrates the incredible potential of our Armadillo White 3D printer in processing all kinds of mineral and other materials.
#3DPrinting #SustainableMaterials #Biobased #CONCR3DE #saltlamp #design
We are thrilled to introduce CONCR3DE Print Service for our stone-like materials!
As demand for our 3D printing technology grows, we’re making it easier than ever for everyone to bring their ideas to life.
Now you can easily request your 3D print from our website: upload your 3D file, specify your preferred material and quantity - and we will provide you with a specified print quote on short notice. CONCR3DE accommodates a wide-range of print sizes, from small-scale items to large-size projects.
Are you interested in bringing your designs to life using CONCR3DE’s binder jetting technology and unique material options, but is your production volume not quite large enough to fill your own CONCR3DE printer (yet)?
Submit your request here: link in bio!
Gothic Reimagined is a groundbreaking project that explores the intersection of AI, 3D printing, and traditional craftsmanship. This project features the first-ever AI-generated image (created using MidJourney) translated into a 3D form and physically realized in stone. @dlwhite a pioneer in digital design, utilized AI as a tool for rapid concept sketching, developing a refined dialogue with the AI to produce compelling “Gothic Reimagined” images.
The design team meticulously translated these 2D AI-generated images into the 3D realm, paving the way for new design workflows. Our expertise in 3D printing with powdered stone brought these digital creations to life, connecting the project to the historical context of Gothic architecture. The AI’s generated shapes were faithfully reproduced by CONCR3DE’s 3D printer. This project was a testament to the power of collaboration, bringing together AI, designers, and fabricators to create a unique and innovative work of art.
#CONCR3DE #3dprinting #AI #design #art #gothic
Europe generates 60 million tons of wood waste annually. CONCR3DE has developed a printing process that offers a solution to this environmental challenge.
The combination of our 3D printer hardware, Bio Binder and 100% Bio Resin enables you to upcycle waste sawdust into new, valuable products. This approach offers numerous benefits, such as reducing environmental impact by upcycling waste and creating objects with compostable materials.
With our binder jetting technology, you can create a wide range of products, from customized furniture to consumer products, such as packaging, toys, or these sunglasses created by our friends at Marvel Labs.
Want to learn more about our Armadillo Green technology? Visit the link in bio!
#sustainability #3Dprinting #biomaterials #innovation #circulareconomy #AdditiveManufacturing
Witness our Elephant 3D printer in action!
Our large-scale printer is at work creating decorative furniture panels for @dlwhite “Baroque Cabinet”. The design has been achieved through the employment of artificial intelligence, which interpreted baroque patterns into these shapes.
The usability and applicability of any 3D printing technology is often determined by its maximum print dimensions. Elephant Gray was engineered to create large-scale objects in stone-like materials. Our technology platform empowers you to create parts and objects up to an industrial 1x2x1 meters in size.
Elephant Gray enables the production of complex shapes and intricate details at scale, delivering unparalleled speed, design freedom, and flexibility. By scaling up, we unlock massive cost savings and open doors to many applications, such as restoration, production design, furniture and cladding.
Do you want to know something more? Link in bio!
#CONCR3DE #AdditiveManufacturing #Elephant #3Dprinting
CONCR3DE has developed and patented a method that enables the large-scale production of parts using binder jetting technologies. This application combines the efficiency of non-standard industrial manufacturing with the design and engineering capabilities of new digital design tools. Its primary advantage is its ability to fabricate extremely complex molds with exceptional precision.
The technology has already been put to the test in real-world projects. @stahltonbauteileag , a partner in the NEST project, utilized our 3D printing technology to fabricate molds to manufacture the unique floor slabs for the STEP2 unit of the @empa_materials_science building.
During this project CONCR3DE partnered with leading companies in the construction industry, including @Stahlton Bauteile, @basf_global , @rok.zurich and @waltgalmarini . These collaborations have been instrumental in developing innovative applications for innovative technology and ensuring its successful implementation in real-world projects. Our approach opens up new possibilities for complex and sustainable construction projects.
Pictures by @zooey.braun
Sources: Stahlton Bauteile AG – Empa Material Science and Technology.
CONCR3DE was honored to be a part of the AM Summit in Copenhagen, Scandinavia's premier additive manufacturing conference, organized by @danskamhub .
Our co-founder, Matteo Baldassari, had the opportunity to present our latest applications in 3D printing and to connect with researchers and innovators around the world. At the Summit, we showcased a groundbreaking 3D-printed reconstruction of a figure from the facade of the Copenhagen Stock Exchange, which was destroyed by an extensive fire in April, demonstrating the immense potential of additive manufacturing in restoring damaged.
If you want to know more: link in bio!
#AdditiveManifacturing #CONCR3DE #historicalrenovation #binderjetting #3Dprinting
Witness as our Armadillo achieve another remarkable feat in historical renovation!
@3dmakerszone used our 3D printer to repair the statue on the facade of the @wereldmuseum.amsterdam , which stood there amputated for a long time, with a stone 3D-printed prosthesis that is almost indistinguishable from the real thing.
Based on this 3D model, a perfectly fitting prosthesis was designed by one of 3DMZ designer in various 3D sculpting programs. The hand, which is holding a roll of paper, was precisely recreated in 3D drawing software, on the basis of only a few very old photos in which the statue still had this original hand. Rupert Restauratie employed pigments and other treatments in order to come as close as possible to the original.
The arm was 3D printed using recycled stone powders, demonstrating the incredible potential of additive manufacturing in making historical restoration efficient and environmentally friendly.
#additivemanufacturing #restoration #3Dprinting #CONCR3DE #sustainability #historicalrenovation
