About this asset

This contemporary 3-seater sofa in 3ds Max features a sleek beige fabric upholstery set within a rich dark timber frame structure. Defined by clean lines and a minimalist profile, this 3-seater sofa balances comfort with architectural structure. The deep, plush seat and back cushions are upholstered in a neutral beige textile, providing a soft contrast to the rigid dark wood frame that encompasses the base and armrests. Cylindrical bolster cushions are integrated at each end, adding a refined geometric detail. The piece is finished with a single decorative scatter cushion, enhancing its inviting aesthetic. Its proportions are generous, making it suitable for both formal seating areas and relaxed living spaces where quality craftsmanship is prioritised.

The download is a 28.6 MB compressed archive containing the native 3ds Max (.max) model. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

Integrate this asset into your 3ds Max project by merging the file into your scene. The geometry is organised into logical layers, allowing for efficient material adjustments if you need to customise the fabric texture or wood finish. Ensure the pivot point is set to the floor level for easy placement. The model is scaled for standard interior environments; verify your scene units before insertion to maintain accurate proportions. Apply your preferred lighting setup to highlight the material contrast between the fabric and wood.

Ideal for residential living rooms, modern apartment lounges, or upscale hotel lobbies, this sofa offers a versatile foundation for various interior design schemes. It pairs well with low-profile coffee tables, textured area rugs, and ambient floor lighting. Professionals seeking a balanced, sophisticated seating option for high-end residential projects or contemporary commercial office breakout areas will find this piece highly adaptable. Search for this item when specifying clean-lined furniture, timber-framed upholstery, or neutral-toned seating solutions for mid-to-large scale interior design visualisations.