Contemporary Beige Fabric L-Shaped Sectional Sofa with Table

This contemporary 3ds Max model features a beige fabric L-shaped sectional sofa with an integrated side table and matching ottoman. This sectional sofa set features a low-profile, modular design upholstered in a neutral beige fabric with clean, piped edges. The configuration includes a long L-shaped seating arrangement with deep cushions and soft backrests, supplemented by a series of scatter cushions in light and dark tones. A unique structural feature is the integrated wooden side table attached to one end, offering a dark timber finish. The set is completed by a rectangular ottoman with a white marble-topped coffee table section, providing a cohesive, multi-functional furniture arrangement for modern interior spaces.

The download is a 30.3 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.

In 3ds Max, this model is organised into logical layers for easy manipulation of the seating, cushions, and table components. Users should ensure the pivot points are correctly aligned for snapping the modular sections into place within a floor plan. Materials are mapped using standard coordinates; it is recommended to apply custom fabric shaders or adjust the existing texture tiling to suit specific scene lighting requirements. The separate ottoman and table components can be repositioned or removed to adapt the layout to smaller floor plates.

Ideal for spacious open-plan living rooms or high-end residential lounge areas, this sectional sofa provides a balanced aesthetic for contemporary interiors. It pairs effectively with minimalist rug designs and large-format floor tiles, making it a versatile choice for luxury apartment projects or hotel lobby lounge zones. Professionals searching for modular seating solutions with integrated storage or surface elements will find this asset highly efficient for rapid interior visualisations and space planning exercises in residential design workflows.