A 3D-Printed Lamp Achieves Translucency with Bio-Based Plastic

Philips MyCreation, a brand introduced by Signify, a global leader in lighting for over 125 years, is at the forefront of sustainable design, offering innovative 3D printed lighting solutions. This brand was developed in response to growing environmental challenges, aiming to contribute to a circular economy, significantly reduce CO2 emissions, and eliminate waste. At the core of Philips MyCreation's production process is advanced 3D printing technology, where all printed components are manufactured using at least 55% recycled or bio-circular plastics. This approach not only supports environmental sustainability but also enables the creation of unique, custom-fit designs tailored to specific brands and spaces, all while maintaining a minimal carbon footprint. For design enthusiasts and professionals, Philips MyCreation offers two distinct pathways to acquire their ideal luminaires. The first option involves exploring a curated selection of pre-designed lighting solutions. These include a variety of high-quality luminaires such as downlights, projectors, and pendants. Clients can customize these pre-designed products by mixing and matching elements like color, texture, and shape, providing extensive possibilities for personalization. Notable examples from this collection include special edition pendant products such as the Spring Oasis collection, which innovatively repurposes water jugs, and the Coastal Breeze collection, which champions sustainability by utilizing recycled fishing nets sourced from the coast of Cornwall. The Jewels collection, another highlight, has received an IF Design Award, signifying its artistic and functional excellence. The second pathway caters to those seeking truly bespoke lighting solutions through a co-creation process with Philips MyCreation’s expert designers. This collaborative model empowers clients to materialize their vision, ensuring the luminaire perfectly complements their space and brand identity. The co-creation journey is streamlined into six straightforward steps: clients share their project ideas, designers develop initial sketches, and then work with the client to select the design, texture, and color. Further details are specified, a prototype is fine-tuned, and finally, the unique creation is 3D printed and delivered. This methodical process ensures that every custom luminaire is a precise and personalized reflection of the client's requirements. Philips MyCreation's commitment to sustainability extends beyond material use to the entire production lifecycle, ensuring that the future of lighting design is both brilliantly illuminated and environmentally responsible. Whether opting for customizable pre-designed options or embarking on a comprehensive co-creation journey, Philips MyCreation offers unparalleled design possibilities. The brand positions itself as a beacon of inspiration for those looking to integrate innovative and sustainable lighting solutions into their environments. This initiative not only addresses critical ecological concerns but also offers a flexible and creative platform for diverse lighting needs. DesignWanted plans to further explore Philips MyCreation's impact in an upcoming series of articles, delving deeper into how the brand is revolutionizing the lighting industry with its responsible approach to illuminating spaces. #LightingDesign #3dPrinting #SustainableDesign #InnovativeMaterials #CircularEconomy #CustomLighting #EcoFriendly #DesignInnovation

The Scraplights lighting collection by Graypants, a modern design team, showcases a commitment to storytelling through design, with an emphasis on the process and craftsmanship behind their products. The company, humorously named after its founders' initial meeting while wearing identical gray pants, focuses on creating designs that resonate with individuals and extend beyond their physical form. This ethos is particularly evident in their flagship Scraplights collection. The Scraplights are meticulously handcrafted from recycled cardboard, highlighting a dedication to sustainability and unique material utilization. The inherent qualities of the recycled cardboard impart a classic dark edge to the fixtures, which beautifully accentuates the warm light emitted through the corrugated layers. In addition to the natural cardboard finish, the collection also features an option made from custom-produced entirely white corrugated cardboard, offering an elevated and distinct aesthetic while retaining the signature layered design. Each Scraplight fixture is engineered to provide warm, intimate, and functional lighting suitable for various applications and spaces. The production process involves precision laser-cutting of the cardboard components, followed by careful hand-assembly using non-toxic adhesive. This combination of advanced technology and artisanal skill ensures the durability and quality of each piece. As a crucial safety and environmental measure, all Scraplights are treated with a non-toxic fire retardant, making them both robust and elegant additions to any interior. The collection includes a diverse range of lighting options, such as the Tilt Natural Floor Lamp, which offers a striking visual presence, and the Tilt White Table Lamp, providing a more compact yet equally sophisticated option. Pendant lights are a significant part of the Scraplights range, with models like the Drum24 Natural Pendant Light and Ohio24 Natural Pendant Light presenting unique spherical and elongated forms. Larger pendant options include the Dome36 Natural Pendant Light, designed for a more pronounced statement, and the Ausi8 Natural Pendant Light, offering a distinct geometric shape. Further expanding the variety, the collection features the Bell10 and Bell16 Natural Pendant Lights, characterized by their elegant bell-like silhouettes, and the Drop18 and Drop26 Natural Pendant Lights, which provide a flowing, elongated design. The Hive12 Natural Pendant Light offers a unique, intricate structure, while the Nest24 Pendant Light presents a more organic and encompassing form. Complementary table lamps like the Ausi Natural Table Lamp and Ebey White Table Lamp offer smaller, versatile lighting solutions. Additional pendant styles, such as the Allyn White Pendant Light and Alki White Pendant Light, introduce further variations in form and size, demonstrating the versatility of cardboard as a design material. Graypants’ Scraplights collection, available through the Design Milk Shop, represents a harmonious blend of innovative design, sustainable practices, and meticulous craftsmanship, transforming everyday recycled material into sophisticated and functional lighting fixtures for contemporary living spaces. #Graypants #Scraplights #CardboardLighting #RecycledDesign #SustainableDesign #HomeFurnishings #InteriorLighting #ModernDesign #Handcrafted

Danielle Trofe, through her brand MushLume Lighting, is pioneering a new direction in design by transforming mushrooms into light fixtures. This innovative approach integrates nature, technology, and craftsmanship, offering a forward-looking vision for interior spaces. The article highlights an interview with Danielle Trofe in her Brooklyn studio, where she discussed the origins and development of her mycelium-based lighting products. Trofe's journey into biomaterials began in 2011 with Danielle Trofe Design, initially focusing on hydroponics. However, in 2014, her research into sustainable material alternatives led her to discover mycelium, the root structure of fungi. The realization that she could grow objects into specific shapes using a living organism became a pivotal moment, inspiring her to dedicate a decade to collaborating with a biomaterials company to bring mycelium to the forefront of lighting design. This commitment addresses the growing concern over the environmental impact of mass production by offering a sustainable alternative. Mycelium is a rapidly renewable material known for its strength, fire resistance, and biodegradability. It grows by binding agricultural byproducts, making it an excellent choice for eco-conscious design. Trofe explained that MushLume Lighting utilizes low-heat LED bulbs, which are well-suited to the fire-resistant properties of mycelium. The production process involves hand-packing hemp substrate into molds, allowing the mycelium to grow into a solid structure within 7-10 days, forming the base of the lamps. The lamps’ domes feature natural curves that enhance the interior illumination, creating a soft and inviting glow. The use of natural, VOC-free lime wash provides earth tones that complement the organic texture of the mycelium. Addressing common concerns about using living organisms in home products, Trofe clarified that the mycelium lamps are not 'alive' when they reach consumers. The material undergoes a heat and drying process that renders it inert, eliminating any possibility of mushrooms sprouting from the fixtures. The article notes the challenges Trofe faced in establishing MushLume Lighting, as there was no existing brand to support this novel material. This necessitated creating a new brand to introduce, cultivate, and validate mycelium as a viable product in the market. While MushLume Lighting has been established in the U.S. for a decade, it has recently gained traction in European markets, where sustainability is a central tenet of design. This expansion underscores the alignment of Trofe’s work with the continent's eco-conscious movement. Trofe's passion for nature and sustainability is a driving force behind her design philosophy, emphasizing the need for balance in human creations and a deeper connection with the environment. She expressed inspiration from algae as a potential future material due to its rapid renewability and ability to replace more resource-intensive options. The article concludes with a tour of Trofe's studio, highlighting the hands-on craftsmanship involved in filling molds and observing the mycelium growth process. This blend of scientific innovation and artistic creation reflects Trofe’s thoughtful approach to design. The interview ended with Trofe sharing her ideal dinner guests, including figures like Merlin Sheldrake, Paul Stamets, Tom Dixon, Zaha Hadid, Ray Eames, and Lonneke Gordijn, indicating a broad appreciation for both scientific and design pioneers. #LightingDesign #BiophilicDesign #InnovationDesign #InnovativeMaterials #SustainableDesign #MyceliumLighting #DanielleTrofe #MushLumeLighting

Decimal, a company with bases in Vancouver and Mexico City, is at the forefront of integrating design and technology to produce innovative 3D printed light fixtures. The company emphasizes a novel approach to lighting, departing from the traditional lightbulb and socket paradigm that has persisted since 1879. Instead, Decimal centers its products around a single, high-quality LED module, engineered for longevity and superior performance. These LED modules are designed to last up to 70,000 hours, offering a sustainable and efficient lighting solution. The unique forms of Decimal's light fixtures are made possible through additive manufacturing, commonly known as 3D printing. This technology allows for the creation of intricate and previously impossible shapes and designs, offering a significant advancement in the aesthetic and functional possibilities of lighting. The company highlights that these fixtures are highly customizable, with a variety of attractive colors and finishings available to suit diverse preferences and interior design schemes. This level of customization ensures that each fixture can be tailored to meet specific aesthetic requirements. Decimal operates on a collaborative platform, engaging tech-savvy designers from around the globe to create its 3D printed shades. This international collaboration fosters a diverse range of design perspectives and constantly pushes the boundaries of lighting design. The company aims to appeal to individuals worldwide who possess a passion for both design and technology, offering them access to cutting-edge lighting solutions that merge artistry with engineering. The integration of LED technology and additive manufacturing represents a transformative period in the lighting industry. LED technology provides endless design possibilities by liberating designers from the constraints of traditional light sources, allowing for greater flexibility in form and function. Concurrently, additive manufacturing empowers the creation of complex geometries and intricate details that would be unachievable with conventional manufacturing methods. Decimal positions itself at this intersection, leveraging these advancements to deliver a new generation of light fixtures that are both visually striking and technologically sophisticated. By focusing on a single, optimized LED light source and utilizing the creative potential of 3D printing, Decimal is challenging conventional notions of lighting. Their products are not merely functional items but serve as contemporary design elements that embody the synergy of modern technology and global design talent. This approach promises to reshape consumer expectations for lighting, offering products that are durable, energy-efficient, customizable, and aesthetically revolutionary. #3DPrinting #LightFixtures #LEDTechnology #ProductDesign #AdditiveManufacturing #HomeDecor #TechnologicalInnovation #SustainableDesign

Signify myCreation, a leading lighting company, is revolutionizing the lighting industry through advanced 3D printing technology and a strong commitment to sustainability. The company empowers brands, startups, and designers to create personalized luminaires tailored to specific identities, visions, and needs. This is achieved through an intuitive online configurator that allows users to select from a diverse range of shapes, colors, textures, and lighting specifications. The platform offers over 190 design variants, facilitating the creation of lighting solutions that seamlessly integrate into retail, hospitality, business, and residential spaces. Additionally, all functional lighting solutions are designed to be energy-efficient and can be integrated with connected systems for further energy savings. Signify myCreation is returning to Milan Design Week 2025 with an elegant bar installation at Milan’s Palazzo Giureconsulti. This installation, designed in collaboration with Dekker Zevenhuizen and Triboo, will be illuminated by a curated selection of award-winning luminaires. The exhibition will feature the Gleam and Smooth luminaires, along with the Voila table lamp, showcasing the platform's ability to combine functionality with sophisticated aesthetics and environmental responsibility. A new addition to the Smooth Spotlight series, promising superb adaptability, will also be previewed. The Gleam luminaire, designed by Sebastian Bergne, is a refined bulb-based pendant light known for its serene, heptagon-inspired silhouette and its ability to add a touch of wonder to everyday objects. Available in multiple sizes, the Gleam design aligns with the 3D print grain, with all printed parts made from ISCC Plus certified bio-circular materials. Its minimalist and delicate nature allows it to create intimate atmospheres or serve as a striking interior accent. The Gleam lighting pendant family, recognized with a 2025 iF Design Award, reinterprets the simple glowing pendant globe through alternative geometry and Bergne’s distinctive flair. The flexibility of 3D printing enables horizontal form lines that create a skeleton of uninterrupted harmony, with each piece possessing a unique presence and allure, available in three sizes and one texture. The Smooth Spotlight series, also a recipient of the 2025 iF Design Award, is designed for hospitality and residential settings, offering superior customization in both colors and textures. This allows for the creation of unique lighting formulas to highlight spaces effectively. Its printed components are made from 65% recycled and ISCC Plus-certified bio-circular materials, while the heatsink is crafted from 85% recycled aluminum, ensuring durability and longevity. The minimalist spotlight includes a honeycomb accessory to reduce glare and improve light distribution. Its circular design ensures it can be upgraded throughout its lifespan. The Voila collection of table lamps features charmingly proportioned designs with a vibrant color palette and playful presence. These lamps, reminiscent of 1960s interior design with their petite mushroom silhouettes, are crafted from bio-circular materials like biomass and natural waste, processed into sustainable polycarbonate. The single light source shines both upward and downward, creating a mesmerizing diffused light with a mandala effect through the crafted underside of the lampshade. The Voila lamp, an iF Design Award winner in 2022, is available in various colors such as white, bronze, gold, pink, and green, subtly complementing any interior space with its lightness and versatility. Signify myCreation emphasizes eco-friendly practices by incorporating at least 65% recycled and bio-circular materials in all its products. The 3D printing process reduces material waste and carbon emissions through local, on-demand production, minimizing transportation impacts. The company actively collaborates with research institutions, startups, and industrial organizations to advance 3D printing technology and sustainable practices, having produced nearly 2 million luminaires globally. At Milan Design Week 2025, visitors can explore the potential of personalized, smart, efficient, and sustainable lighting solutions at Signify myCreation’s pavilion. The initiative plans to expand its offerings and improve user experience through enhanced configurators and advanced product roadmaps, aiming for ambitious sustainability goals such as increasing climate action revenues to 72% and achieving zero waste to landfill. Signify myCreation sets new standards in circular lighting design by blending cutting-edge technology with artistic expression and a commitment to sustainability. #LightingDesign #3DPrinting #SustainableDesign #InnovativeMaterials #MilanDesignWeek #CircularEconomy #ProductDesign #SmartLighting #BioCircularMaterials

The increasing urbanization of our world has led designers to seek innovative methods for integrating nature into daily living and working environments. This article explores the concept of biophilic lighting, which aims to enhance human well-being by fostering a connection to nature through light. Biophilia, derived from the Greek phrase meaning "love of living things," has long influenced various design fields, including architecture and interior design, by encouraging the incorporation of natural elements into spaces. Biophilic design extends beyond merely adding houseplants; it involves creating products that are not only aesthetically pleasing and functional but also contribute to mental and physical health by mimicking natural conditions. Biophilic lighting specifically focuses on the interplay of light and shadow, replicating natural light phenomena such as sunlight, moonlight, or starlight through dynamic or diffused illumination. Architectural features like wide glazing, open facades, terraces, and roof glazing are utilized to introduce varying intensities of light and shade, mirroring natural outdoor settings. The article showcases ten distinct examples of biophilic lighting designs that embody these principles. One featured design is Arik Levy's North floor lamp from Vibia, which uses multiple arms to direct light precisely, creating botanical motifs that complement natural color palettes and elements within a space, as demonstrated in Bratislava's Mirror Bar. Another innovative example is the Mygdal Plant Lamp, a self-sustaining ecosystem encapsulated within a light fixture, featuring LED grow lights and an intelligent watering system that eliminates the need for maintenance. Similarly, the Babylon Pendant Light, inspired by the ancient Hanging Gardens, offers a versatile lighting solution that incorporates plants without the typical mess of potting. For those who prefer a minimalist approach, the Luxie concept by Qvarta features a narrow stem for flowers or foliage, encircled by a wall ring light that illuminates the room in a contemporary style. Marjan Van Aubel's Sunne introduces circadian lighting, which adjusts light intensity and spectrum to align with human biological clocks, thereby improving comfort and productivity. This self-powered solar light collects energy during the day to illuminate interiors at night, blending elegant design with modern technology. Dyson's LightCycle Morph Desk lamp also integrates circadian principles, using daylight-tracking algorithms to adapt color temperature and brightness based on the time of day, and offers personalized settings according to the user’s age and location. The Nana Lure 48 by Pelle exemplifies nature-inspired designs, combining realism with abstract botanical forms to create unique luminaires. Lanzavecchia + Wai's Biophilia lamp, created using 3D printing, is described as an industrial product that mimics a living organism, with a network of veins seemingly feeding the light source. The mySun desk lamp by Sunlight Inside is designed to replicate natural light cycles from near the equator, actively mixing six colors to deliver daily and seasonal light variations, which can enhance mood, energy, and sleep, particularly beneficial in northern regions. Lastly, Vibia’s Brisa floor lamp, named after the Spanish word for "breeze," features a soft, graceful silhouette reminiscent of a delicate flower, providing a calming presence that complements open spaces. These examples collectively highlight how biophilic lighting is becoming increasingly vital in modern design, offering organic touches to artificial light sources and integrating natural qualities into interior environments. #BiophilicLighting #LightingDesign #SustainableDesign #InteriorDesign #CircadianLighting #SmartHome #NatureInspiredDesign #ProductInnovation

The article explores the potential of mycelium, the root system of fungi, as a sustainable and versatile material for 3D printing. It highlights mycelium's environmental benefits, particularly in contrast to materials like plastic and cement, which have significant ecological footprints. Mycelium acts as a natural binder, leveraging its hyphae to fuse with and reinforce other materials like wood or straw, forming a solid, moldable, and printable composite. Its carbon-absorbing properties and ability to thrive on waste materials further contribute to a circular economy. The article details the numerous advantageous properties of mycelium. It is a renewable raw material with cost-effective and low-energy processing requirements, and it is easily recyclable and biodegradable. Mycelium-based materials are harmless to human health, non-allergenic, and non-toxic. Physically, mycelium exhibits excellent heat-insulating, flame-resistant, and hydrophobic qualities, while also being remarkably strong and stable. These characteristics make it suitable as a replacement for a wide array of conventional materials, including leather, wood, cardboard, polystyrene, and insulating wool, broadening its applications across various industries. The integration of mycelium with 3D printing technologies is a key focus. The additive nature of 3D printing, which minimizes waste, combined with bio-based materials like mycelium, offers an ecological production method. Extrusion-based 3D printing is commonly used, where a mycelium composite paste is shaped. The composition of this composite can be varied to achieve specific material properties, and the resulting products can feature diverse colors, textures, and patterns. However, the printing process is complex, requiring careful control of parameters. Mycelium is first enriched with raw materials such as wood, sawdust, paper, or cardboard to create a mycocomposite. This material must then be cultivated to achieve the necessary flowability, elasticity, and malleability for printing. A sterile environment is crucial during printing to prevent contamination, as mycelium is susceptible to bacterial infestation. After printing, a second colonization phase allows the living mycelium to expand and solidify the composite. Finally, heat drying stops the fungal growth, ensuring the material properties remain stable and preventing further spread. The article presents several case studies demonstrating mycelium's applications. In architecture, the Shape Lab at Graz University of Technology developed MyCera, a composite of clay, sawdust, and mycelium, showing promise as a sustainable alternative to cement-based binders. London-based Blast Studio created 'The Tree Column,' an architectural element from waste cardboard and mycelium. ETH Zurich's MycoTree project further explored mycelium and bamboo for stable, branched structures. Mycelium is also being utilized for underwater structures, such as those by Urban Reef. In interior design, companies like Buřinka offer designer furniture from mycelium and wood, and artists like Eric Klarenbeek create lightweight furniture from mycelium and straw. Yasmine Mahmoudieh showcased mycelium furniture at the Architecture Biennale, and bioMATTERS studio developed MYCO ALGA tiles from algae and mycelium. Beyond aesthetics, Fraunhofer Institutes have investigated mycelium's insulating properties for sound absorbers and high-performance acoustic loudspeakers. Intriguingly, mycelium's regenerative capabilities are being explored in medicine, with ETH Zurich and TU Delft developing a self-healing hydrogel from shiny lacquer fungus for potential robotic skin applications. These diverse projects underscore mycelium's potential as a sustainable alternative across numerous fields. #Mycelium3DPrinting #SustainableMaterials #BioBasedMaterials #AdditiveManufacturing #GreenBuilding #CircularEconomy #ArchitecturalInnovation #InteriorDesign #MaterialScience

The Poilu Vases represent an innovative venture into material research and 3D printing technology by Paris-based Studio Bold. This project explores the integration of natural fibers into 3D printed structures to create unique textural qualities in decorative objects. The studio's research centered on developing a method to implant what they describe as “hair” into the vases during the additive manufacturing process, aiming to enhance the visual and tactile bulk of the objects. The design philosophy behind the Poilu Vases bridges mathematical logic with natural generative principles. Studio Bold formulated a specialized code that dictates the precise coordinates for the integration of fibrous materials within the 3D printing sequence. This algorithmic approach allowed for a controlled yet organic outcome, resulting in surfaces that mimic the appearance of looped fibers, reminiscent of certain textile textures such as those found in rugs. Crafted from vegetable-based fibers, the vases incorporate materials like bamboo, coconut, and wood. These natural components contribute to the distinctive “hairy” texture and give each vase a unique character. The choice of natural fibers also aligns with contemporary design trends that emphasize sustainability and the incorporation of organic elements into manufactured goods. The collection consists of three distinct vases, each named after a hair color: "Blond," "Brun," and "Roux." This nomenclature further reinforces the concept of implanted "hair" and differentiates the individual pieces within the series. Each vase is produced as part of a limited edition, with specific numbering and artist signatures. This exclusivity positions the Poilu Vases as collectible design pieces rather than mass-produced items. The Poilu Vases are distributed through Aybar Gallery, highlighting their status as art and design objects. The collaboration with a gallery suggests a deliberate effort to present these pieces within a fine art context, appealing to collectors and design enthusiasts interested in the intersection of technology, art, and natural materials. This project showcases the potential of 3D printing to move beyond purely functional applications and into the realm of sculptural and decorative art, pushing the boundaries of what is achievable in contemporary object design through material innovation and advanced manufacturing techniques. #3DPrinting #VaseDesign #StudioBold #MaterialInnovation #HomeDecor #VegetableFibers #LimitedEdition #AybarGallery #ContemporaryDesign

MushLume Lighting, founded by BioDesigner/Biomimicry Specialist Danielle Trofe and Design Studio Manager Lujan Brown, presents a collection of bio-fabricated lampshades created from mycelium, the root-like structure of fungi. This innovative approach to lighting design transforms a sustainable raw material into aesthetically pleasing and functional products for both residential and commercial spaces. The production process for MushLume lampshades begins with a hemp substrate inoculated with mycelium spores. Under controlled conditions of moderate temperature and humidity, the mycelium colonizes the hemp, breaking it down while simultaneously binding it together. This organic growth occurs within custom-designed, clear lampshade molds, which are carefully lined with hemp. The mycelium proliferates, filling all available space to form a dense and cohesive structure. This critical growth phase dictates the final shape and structural integrity of the lampshade; any inconsistencies in growth can lead to an uneven product. Once the mycelium has fully developed within the mold, the solid structure is extracted and subjected to a drying process. This step is essential as it arrests further growth and solidifies the mycelium into an inert, durable material. The finished lampshades are notable for their lightweight yet robust characteristics, featuring a unique, organic texture. This texture is reminiscent of mid-century woven fiberglass lampshades, but with an added hint of the roughness found in concrete, offering a distinct visual and tactile quality. Aesthetically, each lampshade possesses a slightly varied, organic appearance, ensuring that every piece is unique. When illuminated, the natural patterns and textures of the mycelium cast a warm, inviting glow, creating ambient mood lighting. MushLume Lighting emphasizes the safety and natural composition of their products, clarifying that while the lampshades are grown from mushroom mycelium, they are not edible. The company assures consumers that the lampshades are made from materials safe and healthy for both people and the environment. The collection includes various lighting fixtures such as pendant lights, table lamps, and chandeliers, with the Hemi Sconce highlighted for its resemblance to cup fungus. A key advantage of the MushLume Lighting collection lies in its minimal environmental impact. The entire manufacturing process is eco-friendly, requiring significantly less energy and water compared to conventional production methods. Furthermore, mycelium is biodegradable, allowing the lampshades to decompose naturally in a compost pile or landfill at the end of their lifecycle. Despite their biodegradability, MushLume states that under suitable dry indoor conditions, their mycelium lampshades are designed to last for decades, promoting a truly sustainable and long-lasting product option. #BioDesign #Biofabrication #Biomimicry #BiophilicDesign #Mycelium #SustainableDesign #LightingDesign #OrganicMaterials #EcoFriendly #DanielleTrofe

The Dune Collection is a series of distinctive and refined lighting fixtures that draw inspiration from the striking formations found in desert landscapes. Rollo Bryant's design philosophy underpins this collection, emphasizing the integration of traditional craftsmanship with digital era advancements, particularly in materials and lighting technology. Each lamp is intricately manufactured using advanced 3D printing technology and incorporates meticulously selected quartz sand, which contributes to both the aesthetic and functional aspects of the design. The choice of quartz sand enables remarkable precision in the lamps' construction and results in a smooth external texture that visually echoes organic desert formations. A key characteristic of the Dune Collection is the unique luminous output generated by the sand element. As light passes through the sandy material, it diffuses to create an atmospheric crimson radiance. This effect is specifically designed to evoke the soft, subdued glow of twilight in a desert environment, adding a distinct ambiance to any contemporary interior. The lamps are conceived to serve a dual purpose: they function as practical lighting solutions while also acting as decorative elements that enhance the visual appeal of modern living spaces. The small design studio behind the Dune Collection demonstrates a strong commitment to innovative design and an unwavering focus on intricate details. Every component within the collection reflects the studio's dedication to pushing the boundaries of lighting design. The organic composition and graceful designs of these lamps make them a suitable addition to contemporary settings, symbolizing the delicate beauty found in natural landscapes within modern society. Future expansions of the continuous collection are planned to include a variety of lighting solutions, such as wall-mounted and hanging lamps, offering a diverse range of options for consumers. Despite their seemingly fragile appearance, the artifacts boast remarkable durability, primarily due to their composition of 98% Bavarian quartz sand. Following the 3D printing process, a natural resin binder is applied to enhance the material's structural integrity. This binder is chosen specifically to maintain the original color and texture of the sand, preserving the intended aesthetic. The development and physical realization of these sculptures, despite employing cutting-edge production technologies, presented several challenges. Until recently, achieving such intricate geometries on a large scale using aggregate materials was considered extremely difficult. However, the studio has overcome these hurdles, demonstrating the potential of advanced manufacturing techniques. Beyond aesthetics and innovation, the studio prioritizes environmental sustainability in its production processes. The design philosophy incorporates a strong regard for generating a positive environmental impact, which is achieved through the utilization of sustainable resources and production methods. The adoption of 3D printing technology for fabricating these lighting fixtures plays a crucial role in this commitment. This technology allows for optimized material usage, thereby reducing waste and minimizing the overall environmental footprint. Any surplus materials from the printing process are recycled, further contributing to sustainable practices. Additionally, 3D printing enables a heightened degree of accuracy and complexity that would be unattainable through conventional manufacturing techniques. The studio also takes pride in using sand, a readily available and sustainable resource, in the creation of the Dune Collection. By leveraging the inherent aesthetic appeal of natural sand formations, the studio aims to produce visually captivating lighting installations that honor the planet and the distinctive splendor of the natural world. #3DPrintedLightingFixtures #3DPrinting #DesertLandscapes #DuneCollection #RolloBryant #SustainableDesign #InteriorDesign #ProductDesign #ArchitecturalLighting

The integration of lighting with other essential elements like color, texture, and shapes is fundamental to achieving a cohesive interior design. Lighting transcends mere functionality, offering significant aesthetic potential to invigorate and transform living spaces. This year, several key lighting trends are emerging, emphasizing both technological advancements and design principles aimed at enhancing sustainability, mood, and visual appeal. Technological innovation is at the forefront of contemporary lighting trends, primarily driven by a global push towards sustainability. This shift is evident in the widespread adoption of LED technology, which offers superior energy efficiency compared to traditional lighting sources. Beyond energy conservation, modern lighting systems incorporate advanced control mechanisms that allow for precise optimization, further reducing energy consumption and environmental impact. There is also a growing emphasis on powering lighting fixtures with renewable energy sources, contributing to a more sustainable energy ecosystem. Furthermore, the industry is increasingly prioritizing the use of eco-friendly materials and manufacturing processes, minimizing the carbon footprint and waste generated throughout the product lifecycle. This comprehensive approach ensures that lighting design is not only innovative but also environmentally responsible. Layered lighting is another prominent trend, enabling designers to create dynamic and visually engaging environments. This approach involves combining multiple light sources, including ambient lighting for general illumination, task lighting for specific activities, and accent lighting to highlight features. The strategic use of layered lighting provides flexibility in adjusting the ambiance and functionality of a space to suit various needs and occasions, thereby enhancing both its aesthetic appeal and practical utility. Biophilic lighting design is gaining traction, focusing on incorporating natural elements and mimicking natural light to bring warmth and a sense of the outdoors indoors. This design philosophy often integrates materials such as wicker, stone, or wood, which contribute to a more natural and calming atmosphere. The aim is to improve mood and productivity by connecting inhabitants with nature, reflecting a broader trend towards well-being in interior design. Upcycled and vintage lighting options are also popular, reflecting a commitment to sustainability and a desire for unique, character-filled pieces. Reusing materials for lighting fixtures reduces the demand for new production and celebrates historical aesthetics, creating a sense of homeliness and individuality. This trend encourages exploring antique shops, consignment stores, and repurposing existing items, resulting in one-of-a-kind lighting solutions. Silver and chrome finishes are making a significant comeback across various design elements, including lighting. These sleek, reflective materials add a contemporary edge and enhance the luminosity of a space by reflecting ambient light. Their polished surfaces contribute to a modern aesthetic, making fixtures stand out as sophisticated design statements. The reflective quality of silver and chrome can also visually expand a room, adding depth and brightness. Finally, lighting is increasingly being viewed as a form of art. This involves using light to draw attention to specific design features or elements, such as artworks or architectural details, through spotlights or LED strips. Chandeliers, in particular, are being designed with interesting shapes and forms to serve as dramatic focal points, adding elegance and a unique artistic statement to a room. This trend emphasizes the transformative power of lighting to elevate a space from merely functional to visually captivating. #LightingTrends #InteriorDesign #SustainableLighting #LEDTechnology #LayeredLighting #BiophilicDesign #VintageLighting #UpcycledDecor #HomeDecor

iGuzzini introduces Light Shed, an integrated lighting solution designed for various commercial environments including working spaces, retail, hospitality, and infrastructure. This product family combines acoustic absorption, decorative aesthetics, sustainable materials, and smart, human-centric lighting, aiming to enhance visual comfort and overall well-being. The design is characterized by its minimal appearance, transitioning from two-dimensionality to three-dimensionality, which visually breaks the ceiling plane and creates a dynamic and inviting atmosphere. The Light Shed is engineered with advanced technical features, including high-efficiency LEDs that can be controlled via a DALI system. This system allows for optimized energy usage, activating the lights only when necessary. A key aspect of Light Shed is its commitment to sustainability, being composed of up to 85% recycled materials and fully recyclable. This eco-conscious approach aligns with iGuzzini's broader objective of minimizing environmental impact throughout the product's entire lifecycle. The system provides a comprehensive, versatile solution that prioritizes performance, environmental responsibility, and user well-being. Light Shed offers powerful yet comfortable illumination through its microprismatic optic. Users can customize color temperatures to 3000K, 4000K, or utilize the Tunable White feature, along with high color accuracy. A specialized variant, the 60 dB model, incorporates sound-absorbing panels that effectively reduce ambient noise, contributing to a calmer and more focused environment. The product is available in a square format in three sizes (120 cm, 60 cm, and 30 cm) and can be installed as recessed or pendant fixtures. It comes in a selection of colors, including white, grey, green, and blue. Customization options extend to personalized ad hoc images or finishes. Additionally, smart accessories such as sensors and cameras can be integrated to enhance safety, comfort, and space management capabilities. Further expanding on its sustainable offerings, iGuzzini presents Light Shed Linen, an even more environmentally friendly and lightweight version crafted from a durable linen fiber composite. This variant integrates natural and artificial elements, adhering to biophilic design principles to foster environments that promote well-being and creativity. The use of linen fiber significantly reduces the product's carbon and water footprint, while also adding a natural aesthetic and improving its circularity. Equipped with a Tunable White system and integrated sensors, Light Shed Linen intelligently balances natural and artificial light to ensure optimal visual comfort and cultivate a serene atmosphere. The project information specifies the products as Light Shed and Light Shed Linen by iGuzzini. #SmartLighting #AcousticAbsorption #Ecodesign #RecycledMaterials #HumanCentricLighting #OfficeLighting #RetailLighting #HospitalityLighting

The design industry continues to embrace earth tones and natural textures, a trend reflected in new interior light fixtures from Kalco Lighting and Allegri Crystal. This season’s design concepts are heavily influenced by natural elements, offering chic, modern, and cozy options for home lighting. Industrial lighting designer Grace Denniston highlights the growing popularity of biophilic, organic, and wellness design, which focuses on creating calm, happy, and tranquil spaces by balancing comfort with connections to nature. Key to this aesthetic are pendants, island lights, and wall sconces crafted from natural materials like authentic alabaster, Capiz shell, jute, and leather. Sustainability is a dominant trend, with homeowners and interior designers increasingly adopting eco-friendly building materials and design choices. While traditional natural themes like rustic lighting and bamboo are evolving, the demand for other natural materials and natural light remains strong. Denniston recalls her early work with rattan for Kalco Lighting in 2021, which garnered the Better Homes & Gardens People’s Choice award for its Tablas collection. She was particularly drawn to rattan’s durability, flexibility, lightness, resilience, and high quality, noting its ability to soften and complement diverse design styles. Kalco Lighting further expands on this trend with its Poppy Collection, featuring abaca fiber and authentic acacia wood shaped into floral designs. This collection includes island lights, pendants, and wall sconces, showcasing an innovative use of natural materials for decorative lighting. The Poppy Collection recently received an editor’s pick award from Home Accents Today during Winter Market, underscoring its appeal and relevance within current design trends. The article also makes reference to related topics such as smart lighting trends for 2024 and residential lighting forecasts that emphasize wellness and connection to nature. This broader context suggests that the integration of natural elements into lighting design is part of a larger movement towards creating healthier and more harmonious living environments. The focus on specific materials and designer insights provides practical examples for consumers looking to incorporate these natural-inspired lighting options into their homes. #NaturalLighting #BiophilicDesign #HomeDecor #KalcoLighting #GraceDenniston #SustainableMaterials #InteriorDesign #LightFixtures #OrganicDesign

The article delves into the history and design of the iconic Bubble Lamps, a creation by industrial designer George Nelson and his studio, George Nelson Associates, Inc. These lamps are celebrated as prime examples of American modernism and demonstrate the innovative use of modern materials and production techniques. The inspiration for the Bubble Lamps arose from a practical challenge Nelson faced: the high cost of a silk-covered Swedish pendant lamp he desired for his office. This led him to recall a newspaper image depicting Liberty ships undergoing mothball treatment, where their decks were covered in netting and sprayed with a self-webbing plastic. This technique sparked the idea for a new, more affordable lighting design. In 1947, combining the aesthetic appeal of the Swedish pendant with the practical application of the self-webbing plastic, Nelson and his team developed the first Bubble Lamp. The Bubble Lamps are characterized by an internal steel wire skeleton, which is then spray-coated with a translucent plastic polymer. This specialized plastic, initially observed in the mothballing process, creates a unique finish that is simultaneously opaque and transparent. The resulting lamp functions not only as a light source but also as a sculptural art piece. When illuminated, it emits a consistent, soft glow. The lamps were designed in various shapes, including the classic spherical ball and the elongated cigar, and are available in multiple styles such as pendant, floor, table, and wall lamps. This versatility has allowed them to become a staple in modern interior design. The article emphasizes Nelson's role as a founding father of American modernism and his significant contributions to furniture, lighting, and accessories, particularly during his tenure as director of design at Herman Miller. His ability to merge aesthetic vision with innovative material application resulted in timeless designs that continue to be relevant. #GeorgeNelson #BubbleLamp #HermanMiller #IndustrialDesign #MidcenturyModern #LightingDesign #Modernism #InteriorDesign #ProductDesign

High Society, an Italian sustainable design start-up founded in 2015 by craftsman Johannes Kiniger and designer Giulia Farencena Casaro, focuses on creating plant-based lighting pieces by recycling local post-industrial waste. Their core mission is to emphasize the value of waste as a primary resource, developing solutions to repurpose seemingly useless materials, exploring new production processes, and fostering a genuine connection between nature and humanity. The studio, based in South Tyrol, Italy, specializes in up-cycling agricultural by-products into unique objects. Among their notable creations is the Highlight pendant lighting collection, a series of suspended lamps crafted from agricultural waste. This innovative project gained recognition, being selected to participate in the London Design Fair 2019 as part of the Material of the Year exhibition, which highlighted biomaterials and agricultural waste. The Highlight collection extends its creative concept by transforming materials associated with human vices—hemp plants, tobacco, and wine production leftovers—into elegant, bright light sources. Each of the three pieces in the Highlight collection is made from distinct waste materials. The raw materials are sourced from local productions, then processed by chopping them into powder. This powder is subsequently compression-moulded with a bio-based binder using a low-temperature machine, a process that relies on renewable resources and minimizes environmental impact. To ensure durability and protect the surfaces from moisture, the finished pendants are coated with natural wax. The compression technique used in the manufacturing process results in sleek, natural-looking designs. A unique characteristic of these lampshades is their unpredictable surface pattern, making each piece distinctive. These designs are well-suited for contemporary commercial or residential environments. Beyond their aesthetic and environmental benefits, High Society demonstrates social responsibility by supporting initiatives against drug dependency through the Highlight collection, in collaboration with Forum Prävention in Bolzano, Italy. Specifically, the Highlight hemp lamps are crafted from industrial hemp harvest leftovers, cultivated without pesticides at an altitude of 1300 meters. The article notes the growing popularity of hemp-based products and the increasing number of innovative hemp production ventures in Italy. Industrial hemp has seen a significant surge in cultivation acreage over the past five years, indicating a potential multi-billion euro market across various sectors, including cosmetics, furniture, food, pharmaceuticals, and packaging. This broad utility has inspired many designers to integrate experimental hemp uses with modern digital manufacturing processes. For the Highlight Tobacco pendants, High Society sources waste from an Italian supplier that cultivates tobacco without additives. The article highlights that Italy is a top ten global tobacco producer. The Highlight Wine pendants are created from pomace leftovers, the pulpy residue from wine production, which is collected from a local organic winery in South Tyrol. This approach underscores High Society’s commitment to utilizing readily available local waste streams to produce their sustainable lighting solutions. #LightingDesign #InnovationDesign #InnovativeMaterials #SustainableDesign #Upcycling #AgriculturalWaste #BioMaterials #HempProducts #CircularEconomy

Milan-based designer Libero Rutilo of DesignLibero has developed an innovative method to upcycle PET plastic bottles into aesthetically pleasing vases using 3D printing technology. The collection, which consists of external shells, is designed to transform ordinary half-liter bottles into functional and decorative pieces. This approach not only provides a second life for discarded plastic bottles but also merges sustainable practices with contemporary design. The process involves inserting an empty PET bottle into one of Rutilo's 3D-printed shells. The bottle is then securely screwed into the shell, much like a cap, creating a stable and cohesive unit. The external shell, rather than being a standalone vase, acts as a decorative cover and structural support for the bottle, which holds the water for flowers. This clever integration means that the primary function of holding liquid remains with the original bottle, while the 3D-printed component adds artistic value and a new purpose. The collection features four distinct designs, each characterized by intricate, mesh-like patterns. The 'iSinuous' design showcases a fluid, wavy pattern composed of graceful curves, offering a sense of organic movement. The 'iKnitted' design, as its name suggests, mimics the texture and appearance of knitted fabric, bringing a cozy and handcrafted feel to the piece. The 'iLace' vase features a delicate, crochet-like pattern, evoking a classic and elegant aesthetic. Finally, the 'iSpider' design stands out with its biomorphic pattern, which draws inspiration from natural forms, giving it a unique and organic presence. Libero Rutilo's project highlights the potential of 3D printing in product design and its role in promoting sustainability through upcycling. By focusing on creating external shells, the designer minimizes the amount of new material required for each vase, making the production process more environmentally friendly. The versatility of 3D printing allows for complex and diverse patterns, demonstrating how technology can be used to elevate simple, everyday objects into works of art. This initiative encourages consumers to reconsider the lifecycle of plastic waste and offers a practical and stylish solution for repurposing plastic bottles into home decor items. #3DPrinting #Upcycling #ProductDesign #SustainableDesign #VaseDesign #HomeDecor #LiberoRutilo #PETBottles #DesignLibero

Artyom Alimpiyev introduces the Gramophone Lamp, a lighting solution that merges minimalist aesthetics with a retro sensibility, drawing inspiration from vinyl records. The central feature of this dimmable desk lamp is its polycarbonate disc, which serves as the light diffuser, evoking the visual appeal of a classic vinyl. This design choice moves beyond conventional lighting fixtures, aiming to create ambient atmospheric lighting rather than direct task illumination. The lamp is meticulously handcrafted, featuring a singular aluminum stand that forms a curved support structure. This stand elegantly slopes down at the back to provide stability for the entire lighting unit. At the top of the aluminum stand, a boxy platform houses the control functions. This platform incorporates a trackpad-like surface, allowing users to effortlessly switch the light on and off, and to adjust its brightness. The brightness control is designed to be touch-sensitive, enabling intuitive adjustments with a simple swipe to match the desired mood of the space. A marble PLA encasing further complements the lamp's design, adding a refined touch. The polycarbonate diffuser disk is a key element, chosen for its ability to mimic the wispy, semi-translucent appearance of vinyl. This material not only contributes to the lamp's minimalist aesthetic but also plays a crucial role in magnifying the light and ensuring a serene, warm spread of illumination. Alimpiyev emphasizes that the Gramophone Lamp is conceived not as a functional desk lamp for direct work, but rather as a piece intended purely for atmospheric enhancement. In line with its retro inspiration, the lamp's design subtly suggests a second life for the concept of vinyl, as articulated by the designer's imagined motto: 'Give your favorite vinyl a second life!' This statement encapsulates the lamp's blend of nostalgic charm and contemporary utility. Functionality is also a core aspect of the Gramophone Lamp. It is equipped with a Lithium Ion 4000mAh rechargeable battery, allowing it to operate wirelessly for up to 24 hours at maximum brightness. The lamp includes a Type-C USB charger and port for convenient recharging. While the current model emits a warm white light at 3500K, future iterations may incorporate additional lighting elements and different color temperatures. As of its launch, the Gramophone Lamp is available in a limited edition of 100 units, priced at approximately 158 EUR per piece, and is available for order through ussadesign.com. This exclusive release underscores the artisanal nature and unique design proposition of Alimpiyev's creation, positioning it as a distinctive piece for those seeking to infuse their spaces with a blend of modern design and vintage allure. #GramophoneLamp #ArtyomAlimpiyev #LightingDesign #AmbientLighting #PolycarbonateDisc #VinylInspired #MinimalistDesign #RechargeableLamp #HomeDecor