About this asset

Contemporary beige fabric 3-seater sofa 3ds Max model featuring a coordinating metal-framed side table with a stone-look top surface. This 3-seater sofa features a clean-lined, contemporary silhouette upholstered in a textured beige fabric. It includes a variety of decorative cushions, including two solid beige pillows and a central rectangular cushion accented with a metallic buckle detail. The sofa is supported by slender, dark metal legs. Accompanying the seating is a compact side table with a circular top, likely marble or stone, supported by a distinctively shaped dark metal frame. This set offers a balanced aesthetic suitable for refined living spaces, combining soft textile textures with rigid metallic and stone elements.

The download is a 29 MB compressed archive containing the native 3ds Max (.max) model holding 2 separate objects, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this model is organised into logical layers for easy manipulation of the sofa and table components. Users should ensure the pivot points are correctly placed at the base for accurate positioning on floor surfaces. Material assignments use standard mapping, allowing for quick adjustments to the fabric weave or metal finish settings. When integrating into a scene, apply high-quality HDRI lighting to properly capture the subtle reflections on the metallic details and the texture of the upholstery fabric.

This sofa and side table configuration is ideal for high-end residential living rooms, boutique hotel lobbies, or executive lounge areas. It functions well as a central seating element in modern interior design projects, pairing effectively with area rugs and minimalist lighting fixtures. Professionals searching for a complete, ready-to-place seating arrangement will find this asset useful for staging contemporary apartment interiors or upscale commercial waiting areas where a cohesive, sophisticated look is required to complete the spatial design.