A 3D model of a contemporary light blue sofa, characterized by its plush upholstery and distinctive channel-stitched detailing. This minimalist piece includes accent cushions, offering a versatile aesthetic ideal for architectural visualizations, interior design projects, and virtual environments.

Designed to balance urban practicality with timeless style, this L-shaped sofa draws inspiration from the harmony of minimalism and warmth, making it a versatile centerpiece for modern living spaces. Its soft, linen-like upholstery in a serene sky-blue shade feels gentle to the touch, with subtle tufted squares along the back adding quiet texture that catches light without overwhelming the clean, streamlined silhouette. The light oak legs, slim and tapered, ground the piece with a natural, earthy warmth, creating a pleasing contrast to the cool blue upholstery that feels both calm and inviting. Perfect for a modern minimalist or Scandinavian-inspired living room, it pairs effortlessly with neutral-toned walls, a wooden coffee table, and soft ambient lighting—think a woven rug beneath it and sheer curtains to enhance the airy vibe. The generous seating area, with its deep, plush cushions, offers exceptional comfort for long lounging or casual gatherings, while the L-shape design maximizes space, making it ideal for both cozy evenings and entertaining. Every element, from the muted blue hue to the thoughtful proportions, works together to create a piece that feels both current and enduring, turning any living space into a serene, welcoming retreat.

A 3D model of a modern chaise lounge, featuring a curved silhouette upholstered in blue textured fabric and accented with two decorative pillows. Its contemporary design offers elegance and comfort, perfect for upscale living rooms, bedrooms, or interior design visualizations.

A 3D model of an ornate multi-seater sofa, featuring plush tufted upholstery, a carved frame with a blue base, and decorative pillows, showcasing a baroque aesthetic. Suitable for interior design visualizations and virtual environments.