A 3D model of a double sofa, featuring luxurious deep green velvet upholstery and inviting curved armrests. Its modern, plush aesthetic is optimized for high-quality rendering, making it ideal for architectural visualizations and interior design applications.

This elegant piece draws inspiration from mid-century modern design, blending timeless curves with contemporary sophistication. Its deep emerald upholstery, rendered in a lush velvet-like fabric, invites tactile indulgence—soft to the touch with a subtle sheen that catches light gently, creating depth without overwhelming the eye. The sinuous silhouette, with its gently arcing back and extended seating area, embodies fluid movement, while intricate tufted detailing along the backrest adds refined texture, balancing simplicity with artisanal charm. Visually, the sofa makes a striking statement: the rich green hue exudes warmth and luxury, while the gold-plated metal legs provide a striking contrast, grounding the piece with a touch of opulence. Its versatile form fits seamlessly into modern minimalist or contemporary luxury spaces, becoming a focal point in either a living room or bedroom. Functionally, the generous seat depth offers exceptional comfort, encouraging relaxation, while the low-profile design and curved lines enhance the sense of space. Pair it with a marble coffee table for sleek contrast, or a geometric area rug for added warmth, and it transforms any room into a haven of style and serenity—where every moment feels both elevated and inviting.

A 3D model of a double sofa, featuring teal velvet upholstery with button-tufting and rolled arms, and a classic aesthetic. It has detailed geometry and is suitable for architectural visualization and game development.

A 3D model of a modern double sofa, showcasing deep green textured upholstery and a sleek light wood base. It features plush cushions and a minimalist aesthetic, perfect for contemporary living spaces. This high-quality model is suitable for interior design visualization, game assets, and architectural rendering.