Industrial Natural Wood and Metal Bar Dining Set

This industrial 3ds Max dining set features a natural wood bar table with six stools and an integrated planter for communal spaces. This high-top dining arrangement combines raw industrial aesthetics with functional design. The central rectangular bar table features a thick, natural wood grain surface supported by a dark metal frame. Six matching bar stools with circular wooden seats and curved backrests follow a classic industrial swivel-style base design in black metal. Attached to one end of the table is a substantial rectangular wooden planter box, filled with lush green foliage, which acts as both a visual anchor and a natural room divider for open-plan interior layouts.

The download is a 51.9 MB compressed archive containing the native 3ds Max (.max) model holding 8 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 model is organised into logical layers for easy manipulation of the table, stools, and vegetation components. Professionals can adjust the pivot points of the stools to simulate different seating positions or heights. The wood textures use standard mapping, allowing for quick adjustments to grain scale or colour tinting to match specific project requirements. Lighting setups should account for the integrated planter by placing soft ambient light sources nearby to highlight the foliage textures and casting realistic shadows across the timber surfaces.

Ideal for modern office break-out areas, trendy cafe interiors, or urban residential loft spaces, this dining set serves as a versatile focal point. It works effectively in communal work zones or as a casual breakfast bar in open-plan kitchens. Architects and designers searching for 'communal bar seating', 'industrial cafe furniture', or 'high-top dining sets' will find this asset suitable for mid-to-late stage interior visualisations where a lived-in, natural aesthetic is required to soften the overall architectural composition.