About this asset

This contemporary 3-seater sofa in beige fabric is a 3ds Max model featuring a clean-lined frame, slim metal legs, and three scatter cushions. Designed for comfort and versatility, this three-seater sofa features a structured, minimalist silhouette with square-profile arms and a low-slung frame. The upholstery is a neutral, textured beige fabric that covers the deep seat cushions and generous backrest pillows. The base is supported by slender, dark metal legs, providing a subtle contrast to the soft upholstery. Included with the sofa is a set of three decorative scatter cushions in varied patterns and solid tones, including a small-scale gingham print, a soft grey, and a plain white finish, adding texture and visual depth.

The download is a 37.9 MB compressed archive containing the native 3ds Max (.max) model, 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.

To integrate this sofa into a 3ds Max project, use the merge command to import the file into your scene. Ensure that the pivot point is correctly aligned at the base for easy placement on floor geometry. The materials are pre-assigned, but you can adjust the fabric tiling or texture scale in the material editor to match your specific scene lighting. The model is scaled to standard dimensions, making it suitable for quick population of architectural interior visualisations without requiring significant geometric adjustments.

This sofa is ideal for modern residential living rooms, hotel lounge areas, and upscale waiting rooms. Its neutral palette allows it to pair easily with various interior styles, from scandinavian to minimalist settings. Professionals often search for this type of seating when specifying furniture for open-plan apartments, boutique hotel lobbies, or staged real estate projects. It complements timber flooring, area rugs, and low-profile coffee tables, making it a reliable choice for creating inviting, balanced spaces in both concept design and final presentation phases.