
Wok Chair: Modern Minimalist Lounge Chair 3D Model Overview Elevate your interior scenes and architectural visualizations with the Wok Chair. This striking 3D furniture model blends mid-century modern influences with bold, contemporary geometry. Featuring a continuous tubular metal frame that seemingly pierces a clean, hemispherical seat shell, this piece is designed to be a focal point in any virtual space. Constructed with high-quality surface modeling, it delivers flawless reflections and perfectly smooth curves for extreme close-ups and photorealistic rendering. Design Highlights Iconic Silhouette: A distinctive, bowl-like "wok" shape that offers a visually inviting and ergonomic look. Innovative Integrated Frame: Features a continuous tubular metal base (styled in a sleek copper/rose-gold finish) that intersects the main shell to form minimalist, integrated armrests. Textured Material Contrast: Modeled to accommodate two-tone material splits, allowing for a soft interior fabric (shown in red, cream, and grey) contrasted with a rigid, speckled composite outer shell. Optimized Surfacing: Built with precision CAD techniques, ensuring clean NURBS topology that translates beautifully to high-end renders without pinching or faceting. Ideal Use Cases High-end interior design and architectural visualizations (lobbies, modern living rooms, waiting areas). Furniture catalog rendering and product staging. Virtual Reality (VR) and Augmented Reality (AR) interior design apps. Background props for contemporary or futuristic animations. Technical Specifications Geometry: NURBS / High-Quality Surfaces Materials: Basic conceptual shaders applied (Fabric, Speckled Shell, Metallic Tubing) Rigged: No Animated: No Included File Formats All files are neatly organized in a single archive for easy integration into your pipeline. .WIRE - Native CAD file (Autodesk Alias), retaining full original surface data and editability. .STP (STEP) - Universal solid/surface CAD format, perfect for importing into Rhino, SolidWorks, Fusion 360, or MoI3D. .FBX - Industry-standard polygon format, ready for seamless import into rendering and animation software like Blender, 3ds Max, Maya, Cinema4D, or Unreal Engine.

Wok Chair: Modern Minimalist Lounge Chair 3D Model Overview Elevate your interior scenes and architectural visualizations with the Wok Chair. This striking 3D furniture model blends mid-century modern influences with bold, contemporary geometry. Featuring a continuous tubular metal frame that seemingly pierces a clean, hemispherical seat shell, this piece is designed to be a focal point in any virtual space. Constructed with high-quality surface modeling, it delivers flawless reflections and perfectly smooth curves for extreme close-ups and photorealistic rendering. Design Highlights Iconic Silhouette: A distinctive, bowl-like "wok" shape that offers a visually inviting and ergonomic look. Innovative Integrated Frame: Features a continuous tubular metal base (styled in a sleek copper/rose-gold finish) that intersects the main shell to form minimalist, integrated armrests. Textured Material Contrast: Modeled to accommodate two-tone material splits, allowing for a soft interior fabric (shown in red, cream, and grey) contrasted with a rigid, speckled composite outer shell. Optimized Surfacing: Built with precision CAD techniques, ensuring clean NURBS topology that translates beautifully to high-end renders without pinching or faceting. Ideal Use Cases High-end interior design and architectural visualizations (lobbies, modern living rooms, waiting areas). Furniture catalog rendering and product staging. Virtual Reality (VR) and Augmented Reality (AR) interior design apps. Background props for contemporary or futuristic animations. Technical Specifications Geometry: NURBS / High-Quality Surfaces Materials: Basic conceptual shaders applied (Fabric, Speckled Shell, Metallic Tubing) Rigged: No Animated: No Included File Formats All files are neatly organized in a single archive for easy integration into your pipeline. .WIRE - Native CAD file (Autodesk Alias), retaining full original surface data and editability. .STP (STEP) - Universal solid/surface CAD format, perfect for importing into Rhino, SolidWorks, Fusion 360, or MoI3D. .FBX - Industry-standard polygon format, ready for seamless import into rendering and animation software like Blender, 3ds Max, Maya, Cinema4D, or Unreal Engine.