About this asset

This contemporary 3ds Max dining set features an oval white terrazzo table, six upholstered brass-frame chairs, and three pendant lights. This dining ensemble centers on an elongated oval table with a white terrazzo top, supported by a central, fluted dark base with a contrasting teal-toned central runner. Accompanying the table are six chairs, each featuring a minimalist, curved backrest and seat upholstered in a light grey fabric, supported by a slender, polished brass frame. The set is completed by three matching cylindrical pendant lights with textured, dark-toned shades and brass accents. The composition includes decorative elements such as a glass vase with dried wheat stalks and minimalist table settings for a complete, cohesive interior look.

The download is a 76.9 MB compressed archive containing the native 3ds Max (.max) model holding 10 separate objects. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this model is organized with logical grouping for easy manipulation of individual chairs or the central table assembly. Users should check the material IDs and texture maps upon import to ensure the terrazzo and brass shaders render correctly. The lighting components are separated, allowing for independent placement or adjustment of intensity and temperature. It is recommended to utilize the native pivot points for precise alignment with floor plans or architectural interior layouts during the scene assembly phase.

Ideal for high-end residential dining rooms, sophisticated cafe interiors, or boutique hotel breakfast areas, this set provides a polished, ready-to-render solution for modern interior design visualizations. It pairs effectively with neutral wall palettes, herringbone timber flooring, or large-format stone tiles. Professionals looking for contemporary dining room furniture, luxury apartment assets, or stylish hospitality interior components will find this set highly versatile. Its balanced proportions and clean aesthetic make it suitable for both conceptual design presentations and final high-fidelity architectural renderings.