About this asset

This contemporary 8-seater dining set for 3ds Max features a round marble-top table paired with fluted-back fabric chairs. The set comprises a circular dining table with a white marble top, supported by a substantial cylindrical base, and eight matching dining chairs. The chairs feature a distinct fluted, vertical-channelled backrest design, finished in a mix of soft pink and grey upholstery. Each chair is supported by slim, tapered black metal legs finished with metallic gold-tone feet. The table perimeter is accented with a metallic trim that complements the chair leg details. This ensemble is presented as a fully dressed dining scene, complete with place settings, glassware, and a central marble-effect vase.

The download is a 7.6 MB compressed archive containing the native 3ds Max (.max) model holding 9 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.

To integrate this set into a 3ds Max scene, use the merge command to import the file into your master project. The components are typically organised by layers, allowing for easy selection of the table or individual chairs. Ensure the texture paths are correctly mapped in the material editor to maintain the marble and fabric finishes. The model is scaled for standard dining heights, though users should verify dimensions against their specific floor plan requirements and adjust lighting to highlight the metallic accents.

This dining set is suitable for high-end residential dining rooms, luxury hotel suites, or sophisticated restaurant interiors. It serves as a focal point in open-plan living areas, pairing well with contemporary pendant lighting or minimalist interior schemes. Designers seeking a balanced, colourful aesthetic will find this set effective for visualising luxury dining spaces. Search for terms such as round dining table, upholstered fluted chair, or modern dining room furniture to find similar assets for your architectural visualisation projects.