Traditional Walnut Tea Dining Set with Octagonal Table

This traditional 3ds Max dining set features an octagonal tea table with intricate lattice detailing and four matching stools. This traditional dining set comprises an octagonal tea table and four matching stools, crafted from rich, warm-toned walnut wood. The table features a complex, open-work lattice design on its top surface, supported by a central solid pedestal base. The four stools are cylindrical, each incorporating recessed oval cut-outs in their sides for a clean, sculptural profile. The set includes a small tabletop tea service, adding a layer of functional realism to the composition. The natural wood grain is prominent, showcasing a high level of detail in the finish and construction of each piece.

The download is a 3.3 MB compressed archive containing the native 3ds Max (.max) model holding 5 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.

In 3ds Max, this set is typically managed as a grouped object to facilitate easy placement within a scene. Users should verify the pivot points are centered at the base of the table and stools for efficient rotation and alignment. The materials are mapped using standard coordinates, allowing for adjustment of wood grain orientation if necessary. It is recommended to apply a sub-division surface modifier if closer camera angles are required to maintain smooth geometry on the curved stool profiles and lattice work.

This dining set is suited for traditional or oriental-inspired interior design projects, particularly in residential living areas, tea rooms, or boutique hospitality lounges. It functions well as a focal point in a seating arrangement or as a decorative piece in a sunroom. Professionals often search for this asset when creating cultural or thematic spaces, pairing it with indoor plants, silk screens, or minimalist decor to maintain an authentic aesthetic. It adds a sophisticated, heritage-focused element to high-end residential and commercial interior visualisations.