Industrial Dark Wood and Black Metal Bar Stool

This industrial bar stool for 3ds Max features a sculpted dark wood seat supported by a slim, black-painted metal frame structure. This bar stool presents a minimalist industrial aesthetic, defined by its organic, dark-toned wood seat with a pronounced natural grain pattern. The seat is shaped with a subtle concave profile for ergonomic comfort. It rests upon a slender, geometric base constructed from dark-coated metal rod. The frame consists of four interconnected legs, providing a lightweight yet stable footing. The contrast between the warm, rich tones of the timber and the stark, angular black metal creates a balanced composition suitable for various contemporary interior styles, from modern residential kitchens to urban commercial bar settings.

The download is a 15.2 MB compressed archive containing the native 3ds Max (.max) model, 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.

Utilise this model in 3ds Max by merging the asset into your scene file. The geometry is clean and well-structured, allowing for easy placement at kitchen islands or high-top tables. Apply your preferred wood grain textures to the seat surface using standard UV mapping coordinates. The metal frame is separated into distinct elements, enabling simple material ID assignments for the base. Ensure the pivot point is positioned at the base of the legs for accurate snapping to floor planes and surface heights.

Ideal for residential kitchen islands, breakfast bars, and high-top dining areas, this stool adds a touch of warmth to industrial or contemporary schemes. It functions effectively in hospitality environments such as cafes, boutique bars, and modern office breakout spaces. Designers often pair this with concrete or brick architectural elements to lean into the industrial look. Search for this piece when specifying seating for open-plan living, commercial hospitality layouts, or high-end retail display areas requiring a sleek, unobtrusive profile that emphasizes natural material textures.