Industrial Grey Metal and Wood Dining Set

This industrial-style dining set is a SketchUp model featuring a round wood-topped table and four grey metal chairs for cafe layouts. This dining set comprises a compact, circular table paired with four matching industrial-style chairs. The table features a natural wood-grain top supported by a slim, black metal cross-frame base. Each chair is constructed from pressed sheet metal, finished in a matte grey tone, and features a curved backrest and tapered legs. The design emphasizes a utilitarian, minimalist aesthetic, with clean lines and a durable appearance. The set is presented as a cohesive ensemble, suitable for small-scale dining arrangements where a blend of warmth from the wood and raw texture from the metal is required.

The download is a 1.4 MB compressed archive containing the native SketchUp (.skp) model holding 5 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

To integrate this SketchUp model, use the component browser or import it directly into your scene file. The geometry is organized for easy manipulation, allowing you to ungroup the chairs to reposition them around the table or distribute them throughout a wider floor plan. Ensure the texture mapping for the wood grain is preserved upon import and apply your preferred lighting environment to highlight the metallic finish of the chair frames and the natural warmth of the tabletop surface.

Ideal for cafe, bistro, or small residential dining room projects, this set provides a functional solution for casual eating areas. It pairs well with exposed brick walls, concrete flooring, or other industrial-inspired interior elements. Professionals searching for bistro furniture, cafe seating, or compact dining arrangements will find this model useful for quick visualization and layout planning in hospitality or tight urban apartment designs. The neutral palette ensures it fits seamlessly into various contemporary interior schemes without overwhelming the surrounding space.