3D Printing and Fabrics: The Unique Design Process Behind the Forma Fabrica Vase Collection

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

Drag And Drop, a Romanian design and manufacturing studio co-founded by Madalin Gheorghe and Dragos Sabareanu in 2019, is known for its innovative approach to design, merging advanced technology with artisanal techniques. The studio's ceramic collection showcases this philosophy by reimagining the function and aesthetics of everyday objects, specifically vases. The creation process leverages a large 3D-ceramic printer to produce intricate patterns, which are developed using sophisticated algorithmic modeling software. Throughout the design and manufacturing process, a strong emphasis is placed on sustainability, aesthetic appeal, and overall quality. The collection features five distinct vase designs, each drawing inspiration from natural patterns and traditional craftsmanship. The 'Intertwined' vase, for instance, is characterized by its organic, interwoven geometric pattern, reminiscent of growth structures found in tree bark and root systems. This unique design is achieved through 3D printing using 100% natural clay. While the interior of the Intertwined vase is hand-glazed, its exterior maintains a matte finish, a consistent characteristic across the entire ceramic collection. This contrast highlights the intricate textures created by the 3D printing process. Another design, 'Bulky,' is offered in three different sizes. This vase features a textile-like pattern that interacts with light throughout the day, creating varying visual effects. The design encourages tactile engagement, inviting individuals to explore its geometric forms and textures through touch. This interactive element adds another dimension to the appreciation of the piece, allowing for a more intimate connection with its design and material. The 'Ripple' vase demonstrates the studio's ability to translate complex mathematical formulae into aesthetically pleasing natural patterns. Its design mimics the visual effect of rippling liquid, such as the concentric circles formed when a stone is dropped into water. This piece exemplifies how technology can be used to replicate and enhance natural phenomena, creating objects that are both visually striking and conceptually rich. The wave-like pattern provides a sense of movement and fluidity, despite the static nature of the ceramic material. The 'Kilim' vase pays homage to the traditional tapestry-weaving methods employed in regions historically part of the Persian Empire. This design represents a contemporary reinterpretation of an ancient craft, demonstrating a harmonious blend of traditional artistry and modern industrial design. By translating the intricate patterns of kilim carpets into a 3D-printed ceramic form, the studio bridges the gap between historical techniques and cutting-edge manufacturing, creating a piece that is culturally resonant and technologically advanced. Finally, the 'Melting' vase directly incorporates its manufacturing process into its aesthetic. The design plays on the suppleness of wet clay during the layering process of 3D printing, creating the illusion of a soft object that appears to be melting. This visual effect is achieved despite the hard, finished ceramic product, creating an intriguing juxtaposition. The Melting vase challenges perceptions of material properties, making a rigid object appear fluid and malleable, highlighting the transformative potential of 3D printing in ceramic art. #3DPrinting #CeramicVases #NatureInspiredDesign #AlgorithmicModeling #SustainableDesign #HomeDecor #ModernCraftsmanship #DragAndDropDesign #InteriorDesign

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

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

Aztec Scenic Design, an Orlando-based firm, has successfully integrated 3D printing into its custom ceiling design projects, offering a more efficient alternative to traditional methods. The company recently completed an Arabian-inspired ceiling for a client, demonstrating the potential of additive manufacturing in intricate home decoration. Traditionally, detailed ceilings can be a significant expense, often exceeding $30,000, due to the labor-intensive process of creating molds and working with plaster. Aztec Scenic Design, however, pioneered a new approach by utilizing 3D printing to produce the decorative appliqués for their custom ceiling. This innovative method was spearheaded by Marc Leonard, a scenic designer at Aztec, who became captivated by 3D printing and sought to merge it with the company's design work. After convincing owner Gabriel Collazo of the technology's potential, Aztec established its own makerspace, specifically for incorporating 3D printing into various applications. The project began with initial drawings by Benjamin Cremer, based on Arabian patterns. Marc Leonard then translated these sketches into 3D models using 123D Design. Austin K. Butler, a scenic designer and fabricator, joined the team to manage the 3D printing process. The actual printing phase involved several 3D printers, including a Tinkerine Ditto+ and multiple Prusa i3 8-inch printers, and took approximately three weeks to complete. The materials used were around six spools of 3mm ABS filament and three spools of 1.75 PLA filament, costing just over $200, a stark contrast to the potential costs of traditional methods. The ceiling structure consists of nine wood panels, which serve as the base for the affixed 3D printed components. Gold-leafed molding, cut with a CNC router, frames the design. The 3D printed pieces underwent a multi-step finishing process: painting with acrylics, aging with oil stains, and finally, touch-ups and glazing. The entire installation, measuring approximately 18 feet by 14 feet, was completed in just two days. One of the most challenging aspects of this project was managing the approximately 400 individual 3D printed parts and troubleshooting five simultaneously operating printers. The team also faced hurdles in working with various software applications, including 123D Design for modeling, MeshMixer for editing, and Slic3r and Repetier Host for slicing. Despite these challenges, the collaborative effort of the entire Aztec crew, including Gabriel Collazo, Marc Leonard, Benjamin Cremer, Janelle Lyons, Timothy Dameron, and a friend named James, proved successful. This project highlights a significant shift in custom interior design, showcasing how 3D printing can streamline complex processes, reduce material costs, and offer greater design freedom. Aztec Scenic Design's success with this Arabian-inspired ceiling has led to further commissions, including another, more intricate ceiling for the same client's theatre, indicating a growing demand for 3D printed architectural and decorative elements. #3DPrinting #CustomDesign #CeilingDesign #HomeDecoration #AdditiveManufacturing #ScenicDesign #InteriorDesign #ArchitecturalElements #DigitalFabrication

Elli Design, a brand committed to sustainable and long-lasting furniture with Italian excellence, presents a collection that integrates avant-garde shapes, innovative contemporary designs, and revolutionary technology alongside skilled craftsmanship. The brand's philosophy centers on leveraging the past as a catalyst for innovation, aiming to create products with distinct character and a strong identity while minimizing environmental impact. This approach is evident in their manufacturing processes and material choices, which prioritize sustainability and circularity. At the core of Elli's creative process is an innovative and sustainable manufacturing model. The brand endeavors to redefine traditional design procedures by merging Italian heritage and quality with advanced, eco-friendly technologies. They achieve this through collaboration with a network of expert artisans and the use of cutting-edge methods. A key partnership is with Caracol, an additive manufacturing company that provides 3D printing technology. This technology enables each piece of furniture produced by Elli to be recycled and repurposed into new materials, fostering a circular manufacturing system. Furthermore, their production strategy adheres to a zero-waste logic, fully aligning with circular economy principles. By ingeniously utilizing the inherent properties of plastic, Elli ensures that its products are 100% recyclable at the end of their lifecycle, thereby completing the closed-loop system. Beyond the products themselves, Elli extends its sustainable ethos to packaging. The brand uses reusable packaging crafted from FSC-certified wood, consciously avoiding plastics such as bubble wrap and polystyrene. This wooden packaging is designed for multiple uses, serving as a container, storage unit, or even an urban garden, further reducing waste and promoting resourcefulness. The collection features several distinct pieces, each embodying Elli's design philosophy. The Soho Table showcases a central leg with an organic, slender form, created through a 3D printing process using glossy white PLA (polylactic acid), a bioplastic derived from corn and wheat. Its round top is available in ceramic or Fenix. The Soho Chair represents the brand's core values, combining clean lines and aesthetic references to Italian design history with innovative materials and production methods. The seat is manufactured using robotic 3D printing technology with polypropylene containing glass microfibers, a durable material sourced from 100% recycled content, offering a soft, velvety touch. The Bryant side table is characterized by a distinctive twist in its design, resembling fabric. The structure is made from opaque black polypropylene, also from recycled sources, and its top comes in ceramic or Fenix. This piece exemplifies the fusion of ancient artisanal expertise with modern manufacturing technologies. Finally, the Achille coffee table is a homage to the renowned Italian designer Achille Castiglioni. Its base is crafted from canaletto walnut, featuring opulent shapes with a single tapered leg set into a diagonally cut globe. The round top is made from FENIX NTM®, a nanotech material with a matte black finish. Through these collections, Elli Design demonstrates a comprehensive commitment to innovative, sustainable, and aesthetically refined furniture production. #SustainableDesign #3DPrinting #FurnitureDesign #CircularEconomy #InnovativeMaterials #ItalianDesign #Bioplastics #RecycledMaterials #EcoFriendlyPackaging

The Triangle Vase Collection, designed by Munich-based Lorenz Noelle for German brand dennismaass, offers a novel approach to displaying objects, drawing inspiration from fundamental geometric shapes, urban skylines, and nature's growth symbolism. While squares and circles are commonly recognized for their aesthetic appeal in design, Noelle's collection elevates the triangle, presenting it as a versatile and inspiring form. This collection is distinguished by its emphasis on user freedom and modularity. The vases are available in three distinct heights, yet they all share identical perimeter dimensions. This consistent base allows for an extensive range of configurations, enabling users to arrange them in countless ways, reminiscent of a dynamic, ever-evolving cityscape. The manufacturing process utilizes 3D printing technology, with the vases crafted from 90% biopolymers, highlighting a commitment to sustainable production methods. The design features a smooth interior for functionality and a grooved exterior surface. This textural contrast is not merely aesthetic; it creates an engaging interplay of light and shadow, adding depth and visual interest to each piece and to the overall arrangement. The grooves also offer a tactile quality, enhancing the sensory experience of interacting with the vases. The collection is presented through a series of photographs that showcase various arrangements and colors of the Triangle Vases. These images depict the vases in different settings, such as on wooden shelves, near windows, and on white or brown tables, illustrating their adaptability to diverse interior design contexts. The photographs demonstrate how the vases can be combined in various ways—individually, in clusters, or stacked—to create unique displays. The color palette includes neutral tones like beige, grey, and black, ensuring the vases can complement a wide range of decor styles without overpowering the objects they hold. Specific examples from the imagery include a combination of yellow and beige vases, arrangements with greenery and flowers, and stacked configurations that demonstrate the potential for vertical display. The visual narrative emphasizes the collection's modularity and the creative possibilities it offers to individuals seeking to personalize their space. The design encourages experimentation, allowing users to become co-creators in the aesthetic presentation of their chosen items, be they floral arrangements, decorative branches, or other cherished objects. The Triangle Vase Collection serves as a testament to the idea that design can be both aesthetically pleasing and highly functional, providing an object that is not just a container but a dynamic element of home decor that adapts to the user's creative vision. The use of biopolymers and 3D printing also points towards contemporary manufacturing trends that balance innovation with environmental considerations, adding another layer of significance to this distinctive product line. #TriangleVase #LorenzNoelle #Dennismaass #VaseCollection #ModularDesign #3DPrinted #Biopolymers #HomeDecor #InteriorDesign

The field of fabrication technology is continuously evolving, with 3D concrete printing emerging as a promising method for creating complex and large structures efficiently. This innovative process significantly reduces the time required for production and minimizes waste by eliminating the need for traditional molds. A notable application of this technology is seen in the collaboration between designer Philipp Aduatz and Austrian manufacturer incremental3D, resulting in a collection of gradient furniture and vases. This collection includes benches, a chair, and a large vase, all fabricated using 3D concrete printing. A key aspect of this project is the ability to dye the concrete directly during the printing process. This approach offers both ecological and economic advantages by reducing labor, material waste, and production delays. While concrete typically possesses low tensile strength, the designs in this collection incorporate steel reinforcement, seamlessly integrated into the structural integrity of each piece. The reinforcement is crucial for ensuring the durability and stability of the furniture, addressing a common limitation of concrete as a primary material in such applications. Philipp Aduatz's artistic vision for this collection is heavily influenced by the concept of gradients. He describes his long-standing fascination with gradients, perceiving them as embodying elegance and harmony. For Aduatz, the gradient is a fundamental design principle that bridges the perception of the physical environment with its digital representation, attributing to it a mathematical aesthetic and precision. His objective with this project was to merge the inherent beauty and structured nature of gradients with functional objects, leveraging advanced fabrication technologies like 3D concrete printing to bring these intricate designs to fruition. The gradient effect is achieved through precise control over the dyeing process during printing, resulting in visually striking and unique pieces. The collaboration between Aduatz and incremental3D highlights the potential of 3D concrete printing to push the boundaries of design and manufacturing. By combining innovative technology with a thoughtful artistic concept, they have created a series of objects that are not only aesthetically pleasing but also demonstrate the practical benefits of modern fabrication techniques. The collection serves as an example of how technological advancements can support and expand creative expression in industrial design, offering new possibilities for material usage and form creation in furniture and decorative items. The pieces showcase the versatility of 3D printing in producing customized, structurally sound, and visually engaging concrete objects for contemporary spaces. #PhilippAduatz #3DPrinting #ConcreteFurniture #GradientDesign #Incremental3D #InnovativeFabrication #SustainableDesign #ModernFurniture #ProductDesign

The architectural and engineering firm edg has introduced the Synthesis 3D collection, a line of cast-concrete furniture and wall paneling developed using the firm's proprietary 3-D printing software, also named Synthesis. This collection exemplifies the intersection of technology and design, showcasing innovative methods in material manipulation and customization. edg's venture into 3-D printing began with the restoration of historical building façades in New York City. The firm leveraged 3-D printing technology to create intricate molds for these repairs, leading to the Modern Ornamental collection of façade designs inspired by the city's architecture. The success of this initial application spurred the development of the Synthesis software. The Synthesis software provides an accessible platform for designers to generate complex designs. It allows for the transformation of simple sketches into digital renderings, which can then be extensively modified by the designer. Once the digital rendering is finalized, a 3-D printed mold is produced to create the physical product. This process offers a high degree of customization in terms of colors, finishes, and design alterations, providing designers with extensive creative freedom. A key advantage of this software is its cost-effectiveness, making advanced design and manufacturing processes more accessible to architects and designers who may not have large budgets. The Synthesis 3D collection itself demonstrates the software's capabilities, featuring cast-concrete pieces with a raw finish that are fully customizable. The designs within the collection are notable for their unconventional forms, pushing the boundaries of what is traditionally achievable with dense materials like concrete. The collection includes various tables such as the Carve, Goth, Tutu, Bolt, Zen, and Nacci, each showcasing unique and complex configurations that highlight the software's ability to create seemingly physics-defying structures. This collection represents a significant step forward in the application of 3-D printing in design, suggesting future possibilities for architectural and interior design elements. #3DPrinting #ConcreteFurniture #ArchitecturalDesign #ProductDesign #Customization #InteriorDesign #TechnologicalInnovation #SynthesisSoftware

Village Handcrafted Cabinetry, a company based in Lansdale, Pennsylvania, has been creating custom cabinetry and wood products for over three decades. Founded by Joseph Trave, the business specializes in designing, building, finishing, and installing a wide range of custom items, including bathroom vanities, cabinet doors, kitchen cabinets, pantries, and walk-in closets. The company caters primarily to mid- to high-end residential clients, working with designers, builders, remodelers, and a small percentage of retail customers. Joseph Trave's passion for woodworking began at a young age, leading him to establish the company in 2000. Starting from a 400-square-foot garage, the business has expanded significantly to occupy over 60,000 square feet of manufacturing space. In 2003, Trave acquired another local cabinetmaker's business, Village Woodshop, integrating its machinery and employees. The company later moved to Lansdale in 2006, establishing a showroom and a larger production facility. Over the years, the company has navigated economic challenges, including recessions and a pandemic, through the dedicated efforts of its four-person management team, which includes Joseph Trave as CEO, his wife Gina as director of marketing, Gary Marks as director of finance and purchasing, and Jennifer Marks as director of Human Resources/payroll. Village Handcrafted Cabinetry prides itself on its ability to produce custom products entirely in-house. All cabinet construction utilizes mortise and tenon joinery. The company also produces its own moldings, offering an extensive library of 1,200 profiles and the capability to create custom profiles to match existing designs. The manufacturing process incorporates advanced technology, including CNC equipment for both panel processing and solid-wood machining. Automated loaders and unloaders are used with their Stratos 3-axis machining center and Weeke Vantage 2000 CNC processing center, facilitating efficient production of nested panels and raised panel doors. Further technological investments include TigerStop stations for producing stiles and rails, and a miter fold machine for creating precisely joined corners and face frames. For sanding, the company uses a Timesavers multi-head flat sander and an MB Roba Tech sander, which is capable of sanding both flat and profiled parts. A sophisticated dust collection system gathers sawdust, which is then burned to provide heat for the facility during winter, showcasing an environmentally conscious approach to waste management. The company also features an in-house finishing lab, referred to as the “finishing kitchen,” where skilled artisans perform custom color matching. Clients often present complex finishing challenges, and the team meticulously creates samples under bright lights to ensure exact color replication, with both the company and the client retaining a sample for consistency. A newer addition is a small in-house metalworking shop, which handles minor fabrication for items like hoods and floating shelves, ensuring proper separation from woodworking operations for safety. Despite its current 60,000 square feet of production space, the company produces approximately seven to ten kitchens per week and is exploring further growth opportunities, including potential acquisitions or additional facilities. #cabinetry #customCabinets #woodworking #CNCManufacturing #residentialDesign #kitchenDesign #handcraftedLook #productionEfficiency #woodDustCollection

3form introduces its new Biophilic Graphic Patterns collection, drawing inspiration from Pando the Tree, a colony of Aspen trees located near 3form’s headquarters in Salt Lake City. This collection of three distinct graphic patterns—Aspen, Heartwood, and Serotina—aims to blend precision with nature’s inherent irregularities, reflecting the brand’s fascination with the texture and history of the Aspen trees. The Vice President of Design at 3form, Christian Darby, highlights that the collection celebrates the balance between perfection and imperfection, using digital printing to achieve grounded and realistic natural patterns. The patterns are designed for commercial spaces seeking to integrate biophilic elements, offering an abstract interpretation of natural designs while retaining intricate details. These graphics are applied to 3form’s translucent Varia and Etched Glass materials, which allow them to cast dynamic shadows and transmit light through their negative spaces, mimicking natural light effects. The versatility of the graphics extends to their customizable scale, empowering designers to create various aesthetics. For instance, a small, repetitive application of the Aspen pattern can foster a calming environment in healthcare waiting rooms, whereas a magnified version can produce a dramatic effect in corporate lobbies, showcasing the adaptability and potential for diverse design outcomes. The Aspen pattern is inspired by Utah’s tall, slender Aspen trees. It features rows of tree trunks with textured cutouts that resemble white bark. From a distance, it appears as a delicate pinstripe, but a closer inspection reveals the complexity of bark shapes and varying trunk thicknesses. Aspen is available in three colorways—Grove, Popple, and Rustle—allowing for different degrees of abstraction depending on the application. Heartwood, in contrast, offers a magnified view of an abstract tree trunk, highlighting its individual lines and curves within an asymmetrical circle. When repeated, Heartwood resembles irregular polka dots, but in large-scale installations, its dynamic rings become prominent. Heartwood is offered in Bark, Rings, and Sap colorways, which can render the pattern dramatic or playful on 3form’s translucent surfaces. Serotina, the third pattern in the collection, is the most delicate, depicting Black Cherry leaves through their veins and stems rather than solid forms. This design allows for maximum natural light transmission through its negative space, creating an intricate and airy feel. Available in Golden, Mountain, and Wild, these nature-inspired colors contribute to a serene atmosphere in commercial settings. The Biophilic Graphic Patterns collection is designed to complement 3form’s 2022 Color Collection, which includes nine muted hues such as mossy greens, deep blues, cool grays, and sandy golds. This synergy enables designers to create wellness-driven interiors that prioritize both beauty and comfort, whether through large-scale installations or intricate repeated patterns. The collection underscores the importance of natural elements in modern design, offering versatile solutions for various commercial applications. #BiophilicDesign #GraphicPatterns #InteriorDesign #3formMaterials #ArchitecturalSurfaces #NatureInspired #CommercialInteriors #SustainableDesign

The David Gill Gallery is currently hosting an exhibition titled 'Vases and Vessels', showcasing approximately 50 contemporary vases and vessels crafted by both established and emerging glass and ceramics artists. Most of the pieces were specially commissioned for the exhibition within the last six months, offering a fresh and diverse look at the current state of contemporary decorative arts. The exhibition, curated by journalist Gianluca Longo, highlights the evolving role of vases beyond mere functionality, positioning them as sculptural and versatile art forms capable of transforming an interior space. Gianluca Longo, known for his work with *W* and *Cabana* magazines, expresses a long-standing fascination with vases, particularly decorative ones, appreciating their dual capacity for aesthetic appeal and practical use. He notes their sculptural qualities and their ability to adapt significantly depending on the floral arrangements chosen. Longo's curation emphasizes 'craftsmanship and the handmade,' reflecting an instinctive selection process guided by a desire for strong decorative elements and a diversity of artistic styles. The exhibition features a wide array of influences, materials, and styles from various artists across the globe. Among the featured artists are Domitilla Harding, whose translucent glass vessels evoke deep-sea creatures, and Cody Hoyt, known for his intricate geometric vases made from inlaid hand-colored clay. Other notable artists include Kate Malone, Beth Katleman, Tommaso Corvi-Mora, Tancredi di Carcaci, Tino Seubert, Felicity Aylieff, Lena Peters, and Marcantonio Brandolini d’Adda. Longo specifically commissioned several pieces, such as Kate Malone’s ‘Monumental Fennel’, Tino Seubert’s terrazzo ‘Heptagon Rosa Perlino’, and Lena Peter’s ‘Owl’, the latter discovered by Longo at Central Saint Martins’ final degree show. The curator highlights emerging talents like Tancredi di Carcaci, a student from Edinburgh whose work reflects southern European baroque influences. Beth Katleman’s 'Vase with Cherubs' is described as adding a 'cheeky moment' to the exhibition and is expected to be a surprise for many, given her relatively lower recognition in the UK compared to New York. Longo expresses his belief in a growing interest in decorative arts, hoping the exhibition will underscore this trend through the unique vases and vessels on display. Francis Sultana, CEO of David Gill Gallery, prior to the opening, anticipated the exhibition would be a vibrant showcase, given Longo’s particular interest in glass and Venetian majolica vases. Sultana believed the exhibition would bring renewed attention to this ancient art form through the works of highly talented contemporary artists. This exhibition follows Longo’s previous success with ‘Young Bright Things’, an exhibition that spotlighted rising stars in fashion, art, and design. 'Vases and Vessels' is open for public viewing until 5 December at the David Gill Gallery, located at 2-4 King Street, London SW1Y 6QP. #VasesAndVessels #ContemporaryArt #DavidGillGallery #DecorativeArts #GlassDesign #Ceramics #GianlucaLongo #Craftsmanship #LondonExhibition

The "2x Glass Vases" collection, created by Assembly Design, features unique glass vases that give the impression of ice crystals forming both on their interior and exterior surfaces. This distinct aesthetic is achieved through the application of master glass-blowing techniques, ensuring that each vase in the collection is entirely one-of-a-kind. The creation process for these vases involves the careful integration of broken glass shards into a freeform glass bubble. This bubble is initially shaped through mouth-blowing, a traditional glass-making method. Following the initial blowing, the piece undergoes a meticulous process of repeated heating and hand-molding. This iterative shaping and heating allow the glass shards to become seamlessly embedded within the vase's structure, transforming them into integral sculptural elements. The purposeful incorporation of these glass fragments is what contributes to the vases' unique, crystal-like appearance, giving them a texture and visual depth that distinguishes them from conventional glasswork. The manual and repetitive nature of the shaping process ensures that while they share a common design principle, no two vases are exactly alike, each possessing its own subtle variations in form and shard integration. Once the sculptural body of the vase is complete, the final steps involve cutting and polishing the top edges. This finishing touch refines the vase's aesthetic, providing a smooth, clear opening that contrasts with the textured body, and making it suitable for practical use while maintaining its artistic integrity. The entire production sequence underscores a commitment to craftsmanship and artistic expression, resulting in decorative objects that are both functional and visually striking. #GlassVases #AssemblyDesign #GlassBlowing #SculpturalArt #HomeDecor #UniqueDesign #ArtisticGlassware #Craftsmanship #InteriorDesign

The article explores the innovative and impactful uses of fabric in creating unique entertainment environments, highlighting its versatility, cost-effectiveness, and ability to shape atmosphere and user experience. It emphasizes the intrinsic relationship between fabric and lighting, noting how skillfully backlit fabric can evoke visceral reactions and create unparalleled qualities in a space. Fabric is presented as a material that offers a market advantage due to its lower cost compared to other construction materials, ensuring its continued relevance in the entertainment sector where new and authentic experiences are highly valued, particularly by the millennial generation. The article delves into how fabrics contribute to shaping real spaces, drawing parallels with the 'maker' movement's emphasis on handmade and tactile objects over virtual ones. Experts like Eric Bury of Eventscape and Catherine Stowell of Designtex explain that textiles often serve as the primary surface interacting with users, offering opportunities to add materiality, texture, pattern, and color. They note that the contrast between soft fabrics and hard surfaces can directly influence user experience by conveying warmth, familiarity, or luxury. Wade Wesson of Dazian highlights fabric's role in bringing elegance and essential acoustic properties to modern architectural environments, while Judy Dioszegi emphasizes its ability to set the 'atmosphere' or 'environment' of a space, coordinating with upholstery, wall coverings, and art to elicit subconscious reactions from clients. Furthermore, the piece discusses fabric's role in managing space, sound, and mood. Bury underscores fabric's limitless potential in architectural forms, from furnishing interiors to literally constructing building elements. He points out its versatility, ranging from tight and hard-edged to loose and soft, and its ability to span large areas or serve as small accent elements. Stowell highlights how textiles can create privacy and intimacy, particularly with new technological developments in fine sheer materials that allow light and visual transparency while providing significant acoustical properties. Wesson reinforces fabric's effectiveness in surface texture for LED lighting and its superior acoustic values for reducing noise in spaces where hardscape panels are not feasible, noting its affordability for post-construction acoustic issues. The article also presents a case study of the Toronto Centre for the Arts' renovation, where Eventscape engineered and installed an acoustical backlit panel solution that not only solved acoustic requirements but also allowed for programmable light shows, demonstrating a unique immersive experience. Dioszegi provides practical recommendations for using fabrics to enhance interior environments, such as suspending, gathering, or pleating fabrics to accentuate lighting, experimenting with different materials and positioning, and understanding how fabric properties like porosity and weight affect sound absorption. Wesson adds that digital printing on fabric enables custom designs and textures at an economical cost, and LED lighting has brought fabric back to the forefront for surface texture. Looking to the future, the experts predict ongoing innovation in fabric applications. Dioszegi notes a trend towards incorporating industrial elements, often printed or appliquéd on fabric for atmosphere and acoustics. Wesson anticipates more complex, deconstructible architectural fabric structures driven by CAD-based software. Stowell foresees increasing opportunities for custom textiles, with manufacturers working closely with designers to tailor materials. Bury is particularly enthusiastic about fabric as a sculptural medium, citing groundbreaking projects like Anish Kapoor's work at the Tate Museum, Zaha Hadid Architects' Winton Gallery, and the use of ETFE in the Water Cube, alongside emerging trends in fabric formwork for concrete, integrated electronics, reactive surfaces, and 'smart' materials, all pointing to a dynamic future for fabric in architectural and entertainment design. #FabricDesign #EntertainmentEnvironments #TextileInnovation #ArchitecturalFabric #AcousticProperties #InteriorDesign #EventDesign #LightingIntegration

The fashion industry is undergoing a significant transformation driven by the adoption of digital tools, particularly 3D rendering. This technology is fundamentally changing how garments are conceptualized, developed, and presented, offering numerous advantages over traditional methods. 3D rendering allows designers to visualize, test, and refine their ideas in real-time, drastically cutting down development timelines, minimizing material waste, and introducing unparalleled flexibility into design workflows at every stage of production. A key enabler of this digital shift is the reliance on cloud-based infrastructure to handle resource-intensive tasks. These systems facilitate the rapid processing of complex visual data, overcoming the limitations of local hardware and accelerating delivery schedules. Cloud render farms, which involve multiple computers working collaboratively to render large digital assets remotely, are a critical component of this infrastructure. By utilizing these external networks, designers can maintain high visual quality without overloading their local systems, making advanced rendering capabilities accessible even to smaller studios. 3D rendering provides superior design accuracy and real-time flexibility compared to traditional sketch-based design. It precisely simulates fabric drape, garment movement, and how colors appear under different lighting conditions, eliminating the need for physical prototypes in early stages. Designers can instantly adjust cut, proportion, and details, fostering continuous creative development and immediate feedback among team members. This iterative process enhances communication, improves decision-making, and significantly reduces the number of costly revisions typically associated with physical sampling. Furthermore, 3D rendering offers substantial cost savings and speeds up the development cycle. Physical prototyping is both time-consuming and expensive, requiring materials, labor, and transportation. Digital iterations, conversely, incur no material waste or shipping costs, transforming a process that once took weeks into days or hours. This acceleration is particularly beneficial for fast fashion, which demands rapid production cycles in response to seasonal trends. The benefits extend beyond development, as digital assets created during the design phase can be repurposed for e-commerce imagery, advertising, and social media, reducing the need for traditional photoshoots and expanding marketing output at a lower cost. In terms of sustainability, 3D rendering plays a crucial role by significantly reducing the need for physical samples. Each digital prototype saves fabric, trims, and transportation, thereby lowering the environmental impact of the design process through reduced material consumption and emissions. Digital tools also enable more precise planning, allowing designers to refine every detail before physical production, which minimizes overstock and improves inventory accuracy—major contributors to fashion waste. For consumers, 3D rendering enhances the digital shopping experience by providing detail-rich product pages. Features such as 360-degree views, fabric zoom-ins, and augmented reality try-ons help shoppers better understand how garments will look and fit, reducing guesswork and increasing satisfaction. These rendered visuals are consistent across various platforms and adaptable to different uses, from desktops to mobile devices, and even AR/VR environments. Strong visuals ultimately lead to higher purchase intent and lower return rates. Personalization and customization are also supported at scale through 3D tools, allowing shoppers to digitally explore different colorways, prints, and fits before making a purchase. This level of engagement fosters consumer interest and supports made-to-order models, which help reduce unsold inventory. For manufacturers, this means more accurate specifications and fewer post-sale adjustments, improving overall efficiency. Fashion shows have also embraced this digital evolution, with designers now utilizing virtual lookbooks, CGI campaigns, and immersive digital presentations. These formats offer greater creative freedom, reduce logistical complexities, and eliminate travel and expenses associated with traditional shows. Rendered environments can be tailored to suit each collection's tone, giving designers more control over narrative and experience, and opening up broader audiences without additional infrastructure. Platforms like CLO3D, Browzwear, and Blender are integral to modern fashion workflows, providing the necessary tools to build, test, and animate garments in realistic environments. To meet the computational demands of these applications, brands increasingly rely on scalable rendering services like RebusFarm. These services process complex visual data and generate high-resolution assets efficiently, enabling teams to maintain speed and consistency without hardware limitations and ensuring smooth integration of digital rendering into daily operations. Early adopters such as Balenciaga, H&M, and Tommy Hilfiger have successfully integrated 3D rendering into their operations. Balenciaga utilized virtual runways for immersive digital experiences during lockdowns, while H&M reduced fabric waste by 30 percent through digital prototyping, demonstrating that efficiency and creativity can coexist. These examples highlight how digital rendering enhances both operational performance and creative output, offering scalable solutions for both large enterprises and smaller teams. Ultimately, 3D rendering has become a foundational element in fashion design, enabling precision, speed, adaptability, and sustainable growth, thereby preparing brands for a dynamic market with agile and efficient systems. #3DRendering #FashionDesign #DigitalFashion #Sustainability #CloudComputing #ECommerce #Personalization #VirtualShows #FashionTechnology

Ron Culver and Joseph Sarafian from Form Found Design have innovated a self-supporting façade shading system that diverges from the geometric repetitiveness inherent in traditional concrete casting methods. Their approach integrates robotics and fabric to create more effective and varied designs. This method leverages a parametric workflow that combines the precision of six-axis industrial robots with the flexibility of fabric, which acts as a mold for concrete pours. The resulting cast forms a wishbone-like pattern that covers the entire façade, moving away from conventional, often arduous, and inaccurate concrete casting techniques that struggle with complex, organic geometries. The project was showcased at significant industry events such as the Façade Tectonics World Congress in Los Angeles and the Now Next Future conference by the AIACC, highlighting its potential to bring variation and efficiency to the façade industry. The traditional use of concrete for complex shapes has historically been unsustainable and inefficient, primarily due to the difficulties in achieving intricate designs cost-effectively. Form Found Design addresses this challenge by employing a precise digital-physical workflow, ensuring that their parametric designs are not only aesthetically unique but also economically viable and compliant with conventional construction standards. This innovative process enables the creation of façades that are both structurally sound and visually dynamic, pushing the boundaries of what is possible in architectural design. A key aspect of this technique involves the integration of reinforcing cables directly within the bone-like shapes of the façade during the casting process. These cables are crucial for delivering tensile forces between the structural members, enhancing the overall strength and stability of the self-supporting system. This method ensures that the final structure is robust and durable, capable of withstanding various environmental stresses. The practical application of this technology is further demonstrated by the ongoing construction of the Palm Springs Pavilion. This self-supporting compression structure, built using the same innovative process, is set to debut in March 2017. The pavilion project, spearheaded by Sarafian and Culver alongside Steve Fuchs, serves as a tangible example of the successful implementation of their robotic-fabric casting technique in a real-world architectural context. It highlights the potential for this method to revolutionize façade construction by offering unprecedented design freedom and structural integrity. Through the combination of robotic precision, material flexibility, and strategic reinforcement, Form Found Design is paving the way for a new era of architectural possibilities, characterized by customized, efficient, and visually striking building envelopes. #Robotics #FabricConstruction #FacadeDesign #ConcreteCasting #ParametricDesign #ArchitecturalInnovation #ConstructionTechnology #DigitalFabrication