LumiAdd’s Post

Could Recycled Glass LEGO Bricks be the Future of Sustainable Architecture? Embracing Sustainability: MIT Unveils 3D Printed Recycled Glass LEGO Bricks Reinventing Traditional Building Techniques Engineers at the Massachusetts Institute of Technology (MIT) have revolutionized traditional construction methods with their innovative 3D printed recycled glass LEGO bricks. These “glass bricks” are an exemplary display of integrating technology and sustainability in the realm of architecture. - Aesthetic appeal and functionality combined in one - Build a sustainable future with the recycling of glass waste - Not just for facades: versatile and scalable design The Potential of Recycled Glass The project highlights the untapped potential of recycled glass, which usually ends up in landfills due to its minimal resale value. The engineers have managed to mold these discarded glasses into striking, completely transparent bricks, providing a glimpse into the future of building materials. - Extended lifespan and improved durability of buildings - Potential savings in construction costs - Advocates for the circular economy The Rise of Glass LEGO Bricks The glass LEGO bricks not only provide an aesthetic appeal but also ensure superior quality and durability. These bricks are heat-resistant and allow natural light to penetrate, thus reducing the need for artificial lighting. - Aesthetically pleasing yet functional - Heat-resistant and provides natural lighting - Perfect fit: no need for construction adhesive Envisioning a Future with 3D Printed Furniture This pioneering invention by MIT engineers represents a shift in the construction industry towards sustainability and innovation. This disruptive technology can revolutionize the future of urban infrastructures and furniture, taking us closer to a world where waste is not waste. - Encourages circular economy - Promotes a sustainable and energy-efficient way of living - Preserves the environment while creating stunning architecture #MIT #3DPrinting #RecycledGlass #LEGOBricks #SustainableArchitecture #Innovation #CircularEconomy #GreenBuilding #FutureConstruction #UrbanInfrastructure #EnergyEfficiency #EnvironmentalPreservation More Trends?: https://lnkd.in/en4Df7eH

Around the world, 3D-printed architecture is being both celebrated and tested because of the wonders it can bring to affordable housing, and even help in the reduction of construction-related carbon footprint. Havelar, a Portuguese company, recently inaugurated a 3D-printed home in Greater Porto which was printed in a mere 18 hours! COBOD's BOD2 printer, which is popular, was used to build this single-storey, two-bedroom, 860 sq ft residence. This type of house can be produced for €1,500 per sq m, which is about half the cost of conventional construction in the Porto area. The speed of construction by the 3D printer largely brings down the cost. The printer “follows a blueprint and extrudes a cement-like mixture out of a nozzle in layers, building up the basic structure of the home.” https://buff.ly/3waQkMc This low-cost model is characterized by ribbed walls - a pattern typical to 3D printing. The interiors accommodate two bedrooms, bathroom, living room, dining room and a central kitchen. Even though the printing took only 18 hours, a crew of construction workers completed the other installations like windows, doors, paneling, and roof in less than two months. Hevelar expects to scale-up production and reach carbon neutrality by 2030. #3dprinting #architecture #housing #carbonfootprint 

Digital print possibilities are endless..

🌿 Transform Spaces with Dizal's Digitally Printed Wood Grain Aluminum Planks 🌿 RJD Associates is excited to introduce Dizal Aluminum Planks, the ultimate solution for achieving the natural beauty of wood with the durability of aluminum. Dizal's cutting-edge digital printing technology allows for any wood grain to be replicated onto aluminum planks, offering an authentic wood look without the maintenance. • Authentic Wood Aesthetics: Dizal's high-resolution digital printing technology captures the warmth and richness of real wood grains, providing a range of authentic looks from classic to contemporary. • Unmatched Durability: Unlike traditional wood, Dizal aluminum planks are resistant to warping, fading, and pest damage, ensuring your project stays beautiful for years to come. • Maintenance-Free: Enjoy the look of wood without the upkeep. Dizal planks require no staining, sealing, or painting, making them ideal for both residential and commercial applications. • Eco-Friendly: With a commitment to sustainability, Dizal aluminum planks are 100% recyclable, offering an environmentally responsible alternative to wood siding. Dizal Aluminum Planks from RJD Associates are the perfect blend of nature's beauty and modern technology, providing a sustainable, durable, and stunning solution for any design project. Embrace the future of architectural design with Dizal. Contact us to explore the possibilities and bring the natural elegance of wood to your next project, without the limitations. Maibec inc.Dizal #RJDAssociates #DizalAluminumPlanks #DigitalWoodGrain #SustainableDesign #InnovativeMaterials

🎨✨ Unveiling the Future of Architectural Design with Silk Printing Glass! ✨🏢In the ever-evolving world of architecture and design, staying ahead of the curve means embracing innovation that marries aesthetics with functionality. Enter the realm of #SilkPrintingGlass—a game-changer in the world of construction and decorative materials! 🚀🌟 **What is Silk Printing on Glass?**This revolutionary technique allows for the transfer of intricate patterns and designs onto glass surfaces, unlocking an array of possibilities for architects and designers. By utilizing silk screening, you can transform the mundane into the extraordinary, creating eye-catching glass elements that redefine the visual identity of buildings and interiors.🔍 **Why Choose Silk Printing Glass?**- **Precision & Detail:** With a fine mesh screen, achieve unparalleled precision in your designs. From subtle textures to vibrant images, the possibilities are endless.- **Durability & Longevity:** Specially formulated inks ensure designs are resilient and lasting, suitable for both interiors and exteriors.- **Versatility:** Ideal for decorative panels, windows, facades, and partitions. Push the boundaries of traditional glass design to reflect the unique identity of your space.- **Practical Benefits:** Boost privacy while allowing natural light, reduce glare, and improve energy efficiency.🌿 **Elevate Your Projects:**Whether you're crafting an elegant office space or a dynamic public building, silk printing glass offers a blend of beauty and practicality that’s hard to beat. Dive into the art of architectural beauty today and see how silk printing glass can redefine your projects!📌 Discover more about this innovative technique here: [Enhancing Architectural Beauty: The Art and Benefits of Silk Printing on Glass]( https://bit.ly/4ejxNOo) #Architecture #Innovation #DesignExcellence #SilkPrinting #GlassArt

On the Portuguese Riviera, in the Quinta da Marinha neighborhood of the town of Cascais in Portugal, the first 3D-Printed Estate is under construction. Luxury property developer Litehaus partnered with architect Marco Martinez Marinho to design and build the property which is currently listed for sale for €15 Million. The 5,478 sqft two-story residence, boasts 6 bedrooms, two kitchens, a laundry room, an indoor gym and spa, a garage for four cars, a garden, a swimming pool and a terrace. The adaptive reuse project, printed the additions to the existing residence using the latest in 3D Printing Technology and combines luxury, innovation, and technology flawlessly. 3D Printing is currently one of the most sustainable methods of construction, as it has the ability to reduce construction waste, can build faster and more efficiently than traditional construction methods, and can printers can utilize locally sourced material to build with and be run entirely on electricity. The residence will also be run entirely on electricity, utilizing a solar photovoltaic system on site to power the home. The residence is truly a one of a kind in the world as of right now, and will hopefully act as a point of reference for future sustainable buildings and technology. We’re all in this together #sustainability #sustainabledesign #sustainablearchitecture #adaptivereuse #3Dprinting #3dprintedhome #3dprinting #portugesearchitecture #renewable #renewablematerials #luxuryrealestate #realestatedevelopment #sustainablehomes

Can 3D Printed Ceramic Furniture Inspired by Termite Mounds Revolutionize Our Cooling Systems? "Bartlett Student Harnesses The Prospects of 3D Printed Ceramic Furniture Termite Mound-Inspired Cooling System The Bartlett School of Architecture student, Ilia Sabantsev, has excelled in creating a prototype furniture piece that represents a three-dimensional printed ceramic cooling solution. This innovation was inspired by the cooling phenomenon of termite mounds in Zimbabwe. Termite mounds feature a multifaceted structural system that aids in regulating temperatures. Emulating this, Sabantsev's ceramic furniture-related project shows significant promise for natural cooling solutions. Features and Process Named 'Ceramic Landscape', the effective standalone cooling system is produced using an open-source clay 3D printer by WASP. It features multiple channels that allow air movement based on termite mounds' ventilation strategy. The elements are fired at 1,125 degrees Celsius, resulting in fully functional, weather-resistant products suitable for outdoor spaces. Not only attractive, but this furniture blends well with nature and creates a balanced atmosphere for optimum relaxation. Pioneering 3D Printed Furniture Ilia’s project successfully signifies the potential of ceramic 3D printed furniture for ecological home decor. The innovative design, borrowed from nature, can inspire the global furniture industry by introducing sustainable, convenient, and biologically-inspired cooling solutions. - Open-source clay 3D printer - Ceramic, weather-resistant furnishing - Natural cooling solution - Inspired by termite mound structures - Eco-friendly and aesthetic appeal #3DPrinting #CeramicFurniture #CoolingSystem #TermiteMoundInspiration #InnovativeDesign #SustainableHomeDecor #BartlettSchoolOfArchitecture #IliaSabantsev #PioneeringFurniture #BiologicallyInspired #EcologicalDesign #BalanceWithNature #GlobalFurnitureIndustry #CeramicLandscape #NaturalVentilationStrategy." More Trends?: https://lnkd.in/en4Df7eH

5 Game-Changing Innovations in Green Construction You Need to Know About 🏗️🌱 If you’re in the green building industry, staying ahead of the curve isn’t just an option—it’s essential. The world of sustainable construction is evolving rapidly, with new technologies and practices emerging that are set to redefine the industry. Here are five innovations that are game-changers for green builders, contractors, landscapers, and interior designers: 🔹 Self-Healing Concrete: Imagine a material that repairs itself when cracks form. Self-healing concrete contains bacteria that produce limestone when water enters a crack, sealing it off and extending the lifespan of structures. This innovation reduces maintenance costs and minimizes environmental impact. 🔹 Solar-Powered Facades: Solar panels are no longer limited to rooftops. Solar-powered facades integrate photovoltaic cells into building exteriors, turning entire surfaces into energy generators. This not only improves energy efficiency but also opens up new design possibilities. 🔹 Living Walls: More than just a design trend, living walls (or green walls) are vertical gardens that can be incorporated into the interior or exterior of buildings. They improve air quality, provide insulation, and reduce urban heat islands, all while creating stunning visual impact. 🔹 3D Printed Buildings: 3D printing technology is revolutionizing construction by allowing for the creation of complex, customized building components with minimal waste. This technology speeds up construction timelines, reduces costs, and offers unparalleled design flexibility. 🔹 Water-Positive Buildings: The future of sustainability goes beyond water conservation. Water-positive buildings are designed to capture, treat, and reuse more water than they consume. This approach helps address water scarcity while reducing the environmental footprint of buildings. These innovations aren’t just interesting—they’re transforming how we think about construction, design, and sustainability. As the industry continues to evolve, embracing these technologies can set you apart and position you as a leader in the green building space. Want to dive deeper into any of these innovations? Let’s connect and explore how they can be integrated into your next project. 🚀🏡 #GreenConstruction #SustainableBuilding #Innovation #EcoFriendlyDesign #NewEarthEntrepreneurs Which of these innovations excites you the most? Share your thoughts in the comments and let’s discuss how we can bring these game-changing ideas to life in our projects!

The 49 Seconds video introduces a stunning architectural lamp, fully 3D-printed, that redefines modern lighting design. With its clean lines and articulated structure, this lamp is not only a functional light source but also a sophisticated architectural statement. Its seamless blend of form and function showcases the transformative potential of 3D printing in the world of architecture and interior design. This piece brings a bold, futuristic aesthetic to any space, demonstrating the power of technology in creating highly customizable and elegant lighting solutions. How do you envision 3D-printed designs influencing the future of architectural lighting?