Multidisciplinary designer Mustafa Başaran and his studio, Gliese Design, have introduced their latest creation, the Ondu Wonderland Collection. Emerging from the studio’s broader, ongoing material research into natural balance and geometric proportions, the newly debuted series comprises an imaginative range of 3D-printed table lamps, vases, and candle holders. Manufactured using sustainable biopolymers, the collection bridges the cold, calculated precision of digital fabrication with the whimsical, expressive storytelling of classic literature.
Through advanced additive manufacturing methods and meticulous layer-by-layer deposition, the series pairs highly controlled computational geometry with flowing, organic profiles. The resulting domestic objects are designed not merely to serve functional purposes within contemporary living spaces, but to introduce a balanced, low-impact materiality that carries narrative depth. By blending high-tech manufacturing with environmentally conscious material science, Gliese Design offers a fresh perspective on how modern interior decor can reflect both technological innovation and literary nostalgia.
Where Digital Fabrication Meets Surrealism
At the heart of the Ondu Wonderland Collection is a distinct conceptual dialogue that draws directly from the playful surrealism of Lewis Carroll. The design team translates the intellectual whimsy and logical nonsense of Alice’s legendary world into tangible, contemporary interior objects. Each piece within the series is characterized by signature ruffled forms—fluid, undulating volumes that immediately evoke the theatrical, pleated fabric collars worn during the Victorian era. These organic, billowing silhouettes are deliberately paired with rigid, precise checkerboard bases, creating a striking visual tension inspired by the timeless geometry of a chessboard.
Comprising a versatile table lamp, a functional vase, and a series of striking candle holders, the collection successfully merges the exactitude of digital 3D printing with the emotional warmth of narrative-driven design. Rather than relying on traditional manufacturing methods that often generate significant industrial waste, Gliese Design utilizes eco-friendly materials such as bio-based polylactic acid (PLA) derived from renewable corn starch and recycled food packaging, alongside post-consumer PETG. This careful material selection proves that cutting-edge technology and environmental mindfulness can coexist seamlessly within contemporary design studios.
More than just static functional items, the objects in the Ondu Wonderland Collection act as active storytellers within the interior space. They are conceived to invite quiet curiosity from observers, revealing new architectural nuances, light diffusion patterns, and shadow plays with every glance. The lamps, for instance, transform when illuminated, allowing soft light to filter through the ribbed biopolymer structures and highlight the intricate precision of the 3D-printing process. Meanwhile, the modular vase incorporates a watertight internal cavity specifically engineered to securely hold floral arrangements, bridging artistic form with everyday utility. Similarly, the candle holders feature recessed sockets precisely sized for standard taper candles, anchored by monochrome checkerboard bases that provide both necessary structural ballast and visual grounding.
The project highlights the evolving role of the designer in the digital age, where tools like 3D printers are no longer used strictly for rapid prototyping, but as direct instruments of final production. By anchoring industrial manufacturing in expressive decorative storytelling, Mustafa Başaran and Gliese Design continue to explore the boundaries of what sustainable, digitally fabricated objects can achieve in modern domestic environments.
