About this asset

This modern white plastic dining chair for SketchUp features a minimalist shell design set on a slender, lightweight metal frame. This dining chair features a clean, contemporary silhouette defined by its smooth, moulded plastic shell. The seat and backrest are integrated into a single, gently curved piece, providing ergonomic support with a simple, uncluttered aesthetic. It is supported by four slender, tapered metal legs that provide a striking contrast to the solid white seat. The proportions are compact and functional, making this piece suitable for tight spaces or high-density seating arrangements. The design avoids unnecessary ornamentation, focusing instead on pure form and the interplay between the matte-finish seat and the metallic frame.

The download is a 758 KB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

When working in SketchUp, import this model as a component to maintain file efficiency and ease of modification. The geometry is clean, allowing for quick application of custom materials or textures to the seat shell if a different finish is required. Use the native scale tool to adjust the chair height for specific table clearances, or use the move tool to quickly populate dining areas or office breakout spaces. Ensure the model is placed on a dedicated layer for better scene management.

Ideal for residential dining rooms, compact kitchen nooks, or modern office breakout areas, this chair fits seamlessly into a wide variety of contemporary interior design projects. Its neutral colour and simple form make it highly versatile, pairing effectively with timber, glass, or stone dining tables. Professionals often search for this type of asset when visualising minimalist cafe layouts, student housing, or multi-purpose communal spaces where a durable, lightweight, and stackable-style seating solution is required to maintain a clean, uncluttered visual flow.