About this asset

This contemporary 2-seater sofa in beige fabric, modelled for 3ds Max, features a slender gold metal frame and an integrated side table. This 2-seater sofa features a clean, contemporary aesthetic with a structured, minimalist silhouette. The upholstery is a neutral, textured beige fabric, complemented by two patterned accent cushions with a monochromatic wavy design. The frame is constructed from slender gold-finished metal, providing an elegant contrast to the soft seating. Included in the set is a matching cylindrical side table, which features a white marble base and a thin gold metal rim at the top. The proportions are balanced for compact living spaces, focusing on slim lines and refined material detailing throughout.

The download is a 4.8 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.

This 3ds Max asset is organised with logical layer naming, allowing for efficient scene management when merging into larger interior projects. Users should verify the scale against project units upon insertion. The fabric and marble materials are assigned to standard material slots, which can be easily adjusted or replaced with custom shaders to suit specific rendering requirements. Ensure the light paths are correctly set for the metallic finishes to achieve accurate reflections on the frame and the side table rim.

Ideal for modern residential living rooms, boutique hotel lobbies, or upscale apartment staging, this sofa set offers a versatile solution for smaller seating areas. It pairs well with neutral interior palettes or can serve as a grounded element in more colourful schemes. Professionals searching for a compact two-seater with a sophisticated touch will find this model suitable for high-end residential design projects. It integrates seamlessly into scenes requiring a refined, contemporary look without overwhelming the room's spatial flow or visual balance.