Circular Lighting Report’s Post

Immerse yourself in sustainability with Aectual Weave Panels, crafted from Truly Circular Bio PolyAmide sourced from plant oils – CO2 neutral, plant-based, and 100% recyclable. ♻️ Experience the luxurious texture of woven panels that infuse depth and warmth into any space with Aectual Weave Panels. By blending the precision of 3D printing with the art of weaving, these panels feature customizable patterns layered to create flexible panels with an enchanting woven texture, elevating any environment. 😍 Beyond their visual appeal, Aectual Weave Panels offer structural properties akin to textiles, making them versatile for diverse applications. Whether enveloping columns, adorning walls, or integrated into fixed furniture, these panels effortlessly combine flexibility with aesthetics. For added allure, illuminate them from behind to enhance the 3D effect. Available in 11 vibrant colors to complement your design vision. 🎨 Elevate your space with this innovative fusion of design and sustainability! 🌿 Get in touch with Ardagh Agencies for further information 🤗 See the comment below to visit our website!👇 #ArdaghAgencies #Aectual #Recyclable #architectural #3dprintedgreen #flexibledesign #architecturalpanels #Carbonneutral #Co2neutral #Recycled #greenwastebased #customizable #designyourown #3dprinted #Greendesign #greenflooring #Circulareconomy #longpost

Are 3D Printed Kelp Chairs the Future of Sustainable Furniture Design? Revolutionizing Furniture Design with 3D Printed Kelp Chairs Introducing Sustainable Furniture Solutions The world is embracing the concept of sustainability in various sectors, including furniture design. The recent launch of the Kelp Chair provides an example of the innovative paths furniture design is exploring. Combining Technology and Eco-Friendly Materials Futuristic furniture pieces make use of 3D printing technology and eco-friendly materials. Kelp, a type of large brown seaweed, is used as a primary material due to its fast-growing characteristic, which makes the chairs organically regenerative. - Innovation at its finest - Blend of technology and sustainability - Continuous supply of material due to Kelp's high growth rate Stylish Authentication Despite being sustainable, the Kelp Chair doesn't compromise style. It’s designed by Julia Lohmann and is crafted in classic mid-century design. - Authentic Designer - Sustainable yet stylish - Modern technology in classic designs Advancing Towards a Sustainable Future The Kelp Chair stands as a future testimony where technology and environmental responsibility co-exist. #FurnitureDesign #3DPrinting #EcoFriendly #SustainableDesign #Innovation #KelpChair #Sustainability #Technology #Design #Furniture #ModernFurniture #SustainableFurniture #GreenTechnology #3DPrintedChair #ChairDesign #FurnitureTrends #AaltoUniversity More Trends?: https://lnkd.in/en4Df7eH

Parametric design is reshaping the world of interiors, offering unparalleled creativity and precision. Why Parametric design? Every design element can be according to your specific needs, ensuring spaces that are both personal and functional. It optimizes material usage and minimizes waste, making it eco-friendly. The fluid, organic forms are visually stunning and timeless. Requirements for successful implementation- Material Knowledge: Selecting flexible materials like plywood, acrylic, or metal sheets ensures the designs come to life seamlessly. Precision Tools: Laser cutters, CNC machines, and 3D printers bring these digital concepts to reality. Hacks - Start Simple: Begin with a focus wall or a single furniture piece. Experiment with Light: Combine parametric forms with strategic lighting. Mix and Match: Blend parametric elements with traditional styles for a balanced look. Parametric design brings new dimensions of creativity and functionality! ✨ What parametric element would you love to see in your space? Share your thoughts below! #InteriorDesign #ParametricDesign #Innovation #Customization #SustainableDesign

“Our insatiable desire for innovation, aesthetics, and sustainable living led to our Printed Nature collection,” explains Harry Thaler.  Printed Nature, a furniture and furnishing collection, by @harrythaler,  features warm, organic shapes and unexpected proportions, all crafted from the innovative material known as econitWood™️ This material uses wood waste from sawmills and timber harvesting, and is the result of a cutting-edge 3D printing process developed by German company additive tectonics GmbH. This process maximizes raw material efficiency in line with a zero waste philosophy. The outcome is an interior furnishing material boasting exceptional sound-absorbing, fire-resistant, and thermal insulation properties, with potential for CO2 neutrality. Thaler – an Italian designer – embodies a circular and forward-thinking approach, combining sustainable materials and resource efficiency with contemporary design aspirations. econitwood undefined #mebltransformingfurniture #sustainablefurniture  #sustainabledesign #woodwaste #3dprinted #circulardesign

Dornbracht X Technische Hochschule Augsburg: transformative ideas for the bathroom of the future.  Discover the results of our recent collaboration with the Technical University of Augsburg, where students have been pushing the boundaries of bathroom design. "Transformative Spaces" emerges as an installation blending technology, nature, and individual customization. These approaches dissolve static elements, introducing new sensory stimuli through movement, sound, or light, offering an immersive bathroom experience tailored to users' emotions. "Shifting Sink," is an interactive and kinetic basin that adapts its shape based on input mood parameters. Crafted from 3D-printed honeycomb components, this sink invites immediate tactile interaction. Introducing "Living Tiles," where traditional bathroom tiles meet auditory and visual elements. Using artificial intelligence, abstract, translucent forms were created and materialized via 3D printing. Paired with projected animations, these tiles come to life in diverse ways.  "Eco Arc" focuses on integrating organic elements into the bathroom, inviting nature back into human-made spaces. A wooden cubic framework houses moss, soil, and seeds, showcasing plant growth through time-lapse, fostering a connection with the environment.  This collaboration opens doors to fresh perspectives on conventional bathroom architecture and hygiene rituals. #BathroomOfTheFuture #Innovation #DesignThinking

Step into a world where architecture becomes a canvas for artistic expression. Behold the magnificent silk screen printing glass facade, a marriage of technology and creativity that adorns this architectural masterpiece. Each panel tells a story, capturing the imagination with its intricate designs and vibrant colors. Silk screen printing on glass has redefined the possibilities of architectural expression. This innovative technique allows for the transfer of detailed, custom designs onto the surface of the glass, creating a stunning visual impact that transcends traditional building facades. As the sunlight filters through the printed patterns, a play of light and shadow ensues, casting a mesmerizing spectacle upon the surrounding environment. The facade comes alive with a symphony of colors and shapes, transforming the building into a work of art that evolves throughout the day. But the allure of silk screen printing glass facades extends beyond mere aesthetics. The versatility of this technique empowers architects and designers to integrate practical elements such as solar shading, privacy screening, and branding, seamlessly blending functionality with style. Moreover, the durability and resilience of the glass ensure that the intricate designs remain an enduring feature, weathering the passage of time while maintaining their visual impact. These facades embody the harmonious fusion of form and function, where artistic vision meets the demands of modern architecture. So, as you marvel at the silk screen printing glass facades that grace the urban landscape, appreciate not only the sheer artistic magnificence but also the ingenuity and vision that went into their creation. They are more than just facades; they are testaments to the infinite possibilities when art and architecture intertwine. ✅ www.kxglass.com  ✅ https://lnkd.in/fuiJCRv

In Wuyuanwan, Huli District, Xiamen, China, a combination of 3D design and 3D Printing worked in tandem to create a new subway station. Panels of red concrete were used as a nod to the red terracotta rooves of the surrounding neighborhood. Traditional homes in the region, also used Minnan red-brick architecture historically, most of these homes have been demolished to make way for more modern projects. The hope of the designers was that bringing back this style of design to the area, would act as a sort of remembrance of the old city as it was. The use of 3D printing in the building of the structure, allows for minimal waste, while also allowing for the exploration of different design features within its construction. Creativity within architecture is incredibly important in the built environment, what’s equally as important is that we do it in a way that doesn’t require excess waste. We’re all in this together #sustainability #sustainabledesign #sustainablearchitecture #design #designbuild #publictransportation #urbandesign #urbanplanning #smartcities #cleanenergy #3dplanning #3dprinting #3ddesign #china #ximen #urbanstrategy

Creating stained glass effects using hydrographic dipping is an innovative approach that could potentially merge the aesthetic qualities of traditional stained glass with modern manufacturing techniques. Hydrographic dipping, or water transfer printing, allows for complex designs to be applied to three-dimensional surfaces. Here’s an overview of how this technique could be used to simulate stained glass: Process Overview 1. Design Creation: A stained glass pattern is first printed onto a special water-soluble film. This pattern can be digitally designed to mimic traditional stained glass, including color variations, textures, and leading (the metal framework typically seen in stained glass windows). 2. Hydrographic Dipping: The film is laid on the surface of water in a dipping tank. The object, in this case, a glass panel, is then dipped through the film. As the object passes through the film, the pattern adheres to its surface, effectively transferring the stained glass design. 3. Finishing: After the dipping process, a protective top coat is usually applied. This coating can provide UV protection, scratch resistance, and enhance the durability of the design. Advantages • Cost-Effectiveness: Hydrographic dipped glass can be significantly less expensive than traditional stained glass, as it avoids the labor-intensive process of cutting and assembling individual glass pieces. • Design Flexibility: This method allows for highly customizable designs, including complex and intricate patterns that might be difficult or impossible to achieve with traditional stained glass techniques. • Lightweight and Versatile: Unlike traditional stained glass, which requires sturdy frames due to its weight, hydrographic dipped glass can be applied to standard window glass, making it lighter and easier to install. Applications • Residential and Commercial Windows: This technique could be used for decorative windows in homes, offices, and public buildings, offering the visual appeal of stained glass without the associated costs. • Interior Design Elements: It can also be applied to interior glass panels, doors, and decorative elements, providing a modern twist on a classic art form. Conclusion While traditional stained glass involves crafting with colored glass pieces and leading, hydrographic dipping offers a modern alternative by creating the appearance of stained glass through a printed design. This innovation could open new markets by providing a more affordable and versatile option for stained glass aesthetics, making it accessible to a broader audience. The potential for customization and the combination of traditional and modern aesthetics make it an intriguing development in the field of decorative glass. Pending patent

The Role of #Technology in Modern #Furniture #Design The way we conceptualize and experience #furniture is radically changing. Static #designs that offer limited possibilities are definitely a thing of the past. Today, #technology is rewriting the #furniture industry from idea creation to the final product that reaches your home. At #Urbanwood, we explore how these technological advancements are shaping the future of stylish, functional living spaces. In this blog, we will discuss new trends and developments that are changing the scene in #furniture making, experiencing, and integrating into our lives. Feeling curious about what shape the future of #furniture is taking? 1) Imagining the #Future and Bringing It to Reality The days of using hand-drawn drawings to define #furniture #design are long gone. Designers may now use computers to build complex and realistic models thanks to programs like 3D modeling. They experiment with shapes, sizes, and materials in this digital playground before they even come into contact with actual wood.    2) #Furniture Printing: A Layer at a Time Figures made using 3D printing are becoming more common. Because of this cutting-edge technology, intricate and #customizable #furniture is becoming possible, revolutionizing the #furniture #design industry. Imagine a chair with an unusual, lightweight design that is made feasible by 3D printing and would be hard to create with conventional techniques! This allows #furniture designers to explore new creative directions and produce aesthetically pleasing and useful #furniture. 3) Pre-purchase viewing using augmented reality Ever wanted to buy a new sofa but couldn't wait to see it in your living room? This dream is coming true with augmented reality (AR) apps. It's possible to digitally arrange #furniture in your room using a smartphone or tablet and obtain a real-time sense of its scale, color, and overall #design. By doing this, you can be sure that your #furniture will match the design of your house exactly and remove any uncertainty. 4) Easy Living with Intelligent Furnishings #Furniture and electronics are becoming less distinct due to technology. "Smart #furniture"—#furniture with functions to improve our daily lives—is becoming more popular.  Imagine a sofa that can be adjusted with a button push or a coffee table that charges your phone wirelessly. Our houses become genuinely smart environments when these cutting-edge additions provide a comforting and convenient layer. #Technology and #furniture #design are coming together to usher in a new era of comfort, style, and sustainability. From the creative, environmentally friendly items that adorn our houses to the electronic draughting table, #technology is changing how we interact with our surroundings.  . . . #urbanwood #urbanwoodfurniture #furniturebondedwithlove #madeforliving #blog #article #information #customization #technology #linkedin #connections #linkedincommunity

Long before Tride Design Studio was even founded, Darko was looking for ways to make place sustainability at the core of his design process. Oxi-gen is one of these projects. The idea was to design furniture that can be made with a simple manufacturing proces and various panel materials. The result is a collection of objects that: - are easy to make with minimal material waste (that can be efficiently recycled) - made from single panel material (plastic, composite materials or metal) - easy to customize by applying different colors, textures and surface treatment processes - Efficient for packaging, transport, recycling and repairs. - Suitable for small apartments, indoor and outdoor use. The decision to make the presentation with only transparent materials was made to highlight the geometry of each object. Parametric software (Pro Engineer) was used through the whole design process. The project was first featured on Industrial Design Served and later featured in online and printed media worldwide. Oxi-gen collection will be introduced on some of major design and furniture shows in the future. #SustainableDesign #SustainableFurniture #FurnitureDesign #TrideDesign