Zircon Restaurant

Case description

Our factory provided a comprehensive, custom furniture solution for Zircon Restaurant, encompassing the geometric central hall, the fluidly enclosed booth areas, the seemingly suspended bar seating, and the private, art-themed dining rooms. Our key products included faceted geometric table bases, dining chairs featuring high-gloss metallic finishes, seamlessly integrated curved benches, and decorative elements finished with micro-cement coatings. Through a deep deconstruction of the geometric forms found in mineral crystals—combined with the application of futuristic industrial materials—we successfully achieved a harmonious balance between a mineral-inspired aesthetic and the demands of high-frequency commercial operations.

The core challenge inherent in this project lay in the physical realization of extremely complex, irregular geometric structures, as well as the need to ensure durability against wear and fingerprints on highly reflective metallic surfaces. The client’s primary concerns stemmed from the spatial design itself: modeled after the crystalline structure of zircon, the interior featured a multitude of non-standard polygonal facets and continuous, fluidly curved surfaces. Conventional furniture support structures proved incapable of supporting the large-span cantilevered tabletops while adhering to the design’s requirement for ultra-thin visual edges. Furthermore, the extensive use of mirror-polished stainless steel and cool-toned metallic finishes throughout the space presented a significant risk in a dining environment, where such materials are highly susceptible to severe fingerprint smudging and surface scratches. The owner was concerned that, despite the furniture’s initial visual fidelity to the design concept, it would rapidly show signs of wear and depreciation due to the inherent difficulties in maintaining these delicate surfaces.

To address these challenges, our factory implemented a multi-axis CNC skeletal molding process combined with self-healing nano-coating technology. For the complex, mineral-faceted structures, we utilized 5-axis laser cutting in conjunction with an internal biomimetic honeycomb support system; this approach endowed all custom table bases with exceptional torsional rigidity, thereby enabling us to achieve the ultra-thin edge profiles mandated by the design specifications. Regarding surface protection, we introduced a process combining Vacuum Physical Vapor Deposition (PVD) with an AF (anti-fingerprint/anti-scratch) coating. During the prototyping phase, these finishes successfully withstood a rigorous test involving 1,000 cycles of pressurized friction using steel wool, ensuring that the metallic surfaces would retain their deep, mirror-like luster even under conditions of high-frequency physical contact. Finally, for the curved booth seating, we developed a seamless upholstery wrapping technique utilizing precision heat-press molds to guarantee that the fabric remained completely free of wrinkles or gaps, even across multi-curvature corners. The project results demonstrate that the custom-made furniture has successfully transformed into fluid sculptures within the space; their cool metallic luster creates a highly futuristic artistic contrast against the interior’s matrix of light and shadow, thereby maximizing visual tension without compromising comfort. The client remarked: By applying the logic of precision mechanical manufacturing, the factory not only flawlessly replicated a highly challenging geometric blueprint but also—through the application of advanced material technology—resolved the maintenance issues typically associated with colored metal furniture, ultimately establishing the restaurant as a widely discussed visual landmark within the local community.