Sphere Vase

Sphere Vase

Sphere Vase is an award-winning decorative homeware object that exemplifies the convergence of advanced additive manufacturing technology, sustainable material science, and contemporary aesthetic principles in three-dimensional design, representing a significant achievement in the application of bio-based polymers to functional art objects for domestic environments. Designed by Nicolas Woll and produced under the Iconic Home brand through Designscape Creative GmbH in Germany, this vase series demonstrates how digital fabrication methods can create complex geometric patterns that generate distinctive optical effects through the interplay of light and shadow across precisely engineered surface topographies. The design employs an elaborate 3D printing process utilizing bio-based polylactic acid (PLA) derived from renewable resources, with production times ranging from five to fifteen hours depending on the size variant, reflecting the meticulous layer-by-layer construction methodology inherent to fused deposition modeling techniques. The Sphere Vase is manufactured in three distinct dimensional configurations: Size S measuring 162 millimeters in width and depth with a height of 200 millimeters, Size M at 211 millimeters square by 260 millimeters tall, and Size L extending to 260 millimeters square by 320 millimeters in height, each variant maintaining the characteristic spherical form language that defines the collection's visual identity. The exterior surface features an alternating pattern of deep grooves and clear linear elements that create an extraordinary depth effect, a design characteristic that enables continuous visual rediscovery as viewing angles and lighting conditions change throughout the day, demonstrating principles of kinetic perception in static objects. This optical phenomenon represents a sophisticated understanding of how three-dimensional surface modulation can activate spatial relationships between object and observer, a concept rooted in phenomenological approaches to design that emphasize experiential qualities over purely functional considerations. The manufacturing process incorporates sustainable production methodologies, including the use of self-generated photovoltaic electricity to power the additive manufacturing equipment, thereby minimizing the carbon footprint associated with the extended production duration required for each piece. The vase includes a waterproof inner container fabricated from 3D-printed polypropylene, a thermoplastic polymer selected for its durability and complete recyclability, addressing both functional requirements for water containment and end-of-life material recovery considerations. This dual-material construction strategy reflects contemporary design thinking that seeks to balance aesthetic ambition with practical usability and environmental responsibility, acknowledging that decorative objects must perform reliably in domestic settings while minimizing ecological impact. The development process for the Sphere Vase encompassed approximately one year from initial conceptualization through design research, iterative prototyping, material analysis, and production optimization, culminating in a market launch in November 2023 that introduced the collection to consumers seeking environmentally conscious interior design solutions. The design research methodology employed during development included experimental investigations into bio-based PLA as a renewable material alternative to petroleum-derived plastics, with particular attention to how the material's properties could be leveraged to achieve the desired depth effect through precise control of extrusion parameters and toolpath strategies. The technical challenges inherent in realizing the large-format Sphere vase required innovative solutions to maintain dimensional accuracy and surface quality throughout the extended fifteen-hour printing process, addressing both internal factors such as historical design precedents and social expectations for decorative objects, as well as external constraints including regulatory requirements, manufacturing capabilities, and technological limitations of contemporary additive manufacturing systems. The resulting design demonstrates how patient, methodical approaches to digital fabrication can yield objects with filigree structural characteristics and unique visual properties that conventional manufacturing techniques such as injection molding, blow molding, or ceramic forming cannot readily achieve, particularly in the creation of complex undercut geometries and continuously varying surface textures. The Sphere Vase functions not only as a container for fresh cut flowers but also accommodates dried botanical arrangements and can serve as a vessel for room fragrance diffusers, reflecting a versatile approach to domestic object design that recognizes the evolving ways contemporary users engage with decorative homeware. The design holds intellectual property protection through European Union patent number 015052388-0001 registered in 2024 and trademark number 018882682 for the Iconic Home brand registered in 2023, both held by Designscape Creative GmbH, indicating the commercial value attributed to the distinctive design features and brand identity associated with the collection. This legal protection framework underscores the design's originality and the investment required to develop manufacturing processes capable of reliably producing objects with such demanding technical specifications and aesthetic qualities. The Sphere Vase received the Golden A' Design Award in the Decorative Items and Homeware Design category in 2025, one of the world's most prestigious design competitions, where it was recognized for demonstrating exceptional innovation, visionary design thinking, and glamorous aesthetic qualities that reflect the prodigy and prowess of its creator. The Golden A' Design Award designation acknowledges designs that are exceedingly innovative, highly visionary creations characterized by very strong technical attributes, brilliant artistic skill, unique innovations, wondrous emotional elements, and enormous creative qualities, representing works that highly benefit and advance the boundaries of art, science, design, and technology. The award evaluation process, conducted by an international grand jury panel of experienced design professionals, prominent academics, and influential media members through a blind peer-review methodology, assessed the Sphere Vase against comprehensive criteria including innovative functionality, aesthetic appeal, user experience, material selection, sustainability considerations, ergonomic design, production feasibility, market potential, cultural relevance, social impact, environmental footprint, adaptability, durability, safety measures, cost efficiency, technological integration, packaging design, branding strategy, universal design principles, and future growth potential. The recognition positions the Sphere Vase within a broader discourse on sustainable design practices that seek to reconcile aesthetic ambition with environmental stewardship, demonstrating that bio-based materials and energy-efficient manufacturing processes can yield objects of exceptional beauty and cultural significance. The design contributes to ongoing conversations within the homeware industry regarding the role of advanced manufacturing technologies in enabling new formal possibilities while simultaneously addressing pressing ecological concerns related to material sourcing, energy consumption, and end-of-life disposal. The Sphere Vase exemplifies how contemporary designers are leveraging digital tools and sustainable materials to create objects that resonate with environmentally conscious consumers who seek products that align with their values without compromising on aesthetic quality or functional performance, representing a synthesis of technological capability, material innovation, and design sensibility that characterizes leading-edge practice in twenty-first-century decorative arts and homeware design.

Additive Manufacturing, Sustainable Homeware, Bio-based PLA Design, 3D Printed Vase, Contemporary Decorative Objects, Depth Effect Design

— Adam Dawson