A 3D model of a sofa, featuring deep green velvet upholstery, button-tufted back, and rolled arms, with a classic, elegant aesthetic. It is a realistic 3D model suitable for interior design visualization and architectural rendering.

Inspired by the enduring allure of 18th-century Chesterfield sofas, this home furnishing piece marries traditional craftsmanship with contemporary warmth. The deep emerald upholstery, crafted from a sumptuously soft, velvety fabric, feels luxuriously smooth to the touch, while the intricate tufted button design creates subtle, elegant dimples across its surface—each indentation catching light gently to add depth. Polished brass nailhead trim outlines the arms and base, infusing the piece with refined charm, while the rich green hue exudes a sense of timeless sophistication, balancing richness without heaviness. Perfect for a living room with a classic-modern aesthetic, it pairs effortlessly with marble coffee tables, gilded floor lamps, and a textured wool rug to craft a cozy yet opulent atmosphere. Its design also shines in minimalist spaces, where the sofa’s curved silhouette and tufted details stand out against sleek, neutral walls, adding character without overwhelming the room. Functionality meets style here: the generously deep seat offers unparalleled comfort, inviting extended relaxation or gatherings, while the sturdy, tapered wooden legs provide steady support and a light, elevated feel, ensuring the piece feels both grounded and airy. This isn’t just furniture—it’s a statement of enduring taste, designed to anchor a space with grace and warmth.

A 3D model of a sectional sofa, featuring plush deep green velvet upholstery and a modular L-shape. Its contemporary, rounded silhouette offers a modern aesthetic, suitable for living rooms and lounges.

A 3D model of a contemporary triple sofa, featuring rich emerald green velvet upholstery with deep tufting and stylish accent pillows. Its sleek design and plush comfort make it ideal for modern living rooms and architectural visualizations.