A 3D model of a multi-section sofa, featuring plush white fabric upholstery, soft cushions, and a textured throw blanket. Its modern, minimalist, and comfortable aesthetic is suitable for interior design projects, architectural visualizations, or game development.

A 3D model of a versatile modular sofa, showcasing crisp white upholstery accented by a collection of dark and light throw pillows and blankets. Its contemporary design offers a chic, comfortable aesthetic, perfect for modern living spaces and architectural renders.

This piece takes cues from the organic, flowing lines of natural landscapes—think smooth, rounded boulders or the soft curves of a seashell—blending modern simplicity with a sculptural charm that feels both intentional and effortless. Its silhouette is defined by gentle, unbroken arcs, with no sharp angles to disrupt the calm, making it a focal point that feels like a natural extension of a room rather than an afterthought. The surface is wrapped in a warm, textured bouclé fabric, offering a rich tactile experience: soft to the touch, with a subtle, fuzzy depth that catches light beautifully. The light, oatmeal-gray hue adds to its versatility, diffusing shadows and creating an airy, inviting presence that feels both sophisticated and approachable. It’s ideal for a range of styles, from minimalist Scandinavian spaces—where it pairs seamlessly with sleek marble coffee tables and thin, black steel floor lamps—to modern轻奢 settings, where it can anchor a living room with a pair of mirrored side tables and a plush, geometric rug. Functionality meets comfort here: the generously deep seat and curved backrest cradle the body, making it perfect for long afternoons of reading or casual conversations. Even when unused, its soft, undulating form adds a sense of warmth and flow, turning a room from functional to truly lived-in.

A 3D model of a modern modular sofa, featuring plush white upholstery and comfortable cushions, embodying a minimalist aesthetic. Ideal for interior design, architectural visualization, and 3D rendering applications.