About this asset

A contemporary grey matte ceramic side table in 3ds Max, featuring a geometric star-shaped profile and included decorative book and pinecone set. This sculptural side table features a distinctive multi-faceted, star-shaped silhouette that provides a bold geometric focal point. Finished in a uniform matte grey, the piece is constructed from ceramic, offering a clean and tactile surface. The top surface is flat and circular, seamlessly transitioning into the vertical fluted body. Included in the file are decorative accessories: a stack of two books and two pinecones, adding a layer of lived-in realism to the asset. Its proportions are compact, intended for use as a standalone accent piece or as a functional surface within a modern interior scheme.

The download is a 4.5 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.

When integrating this 3ds Max asset, ensure the model is positioned at the correct floor level using the snap tool. The object is provided as a single entity, allowing for easy placement within larger scenes. Users should verify that the material shaders are correctly linked upon import to maintain the intended matte appearance. The included accessories are grouped separately, enabling them to be toggled off or repositioned to suit the specific composition requirements of a project’s lighting and camera setup.

This versatile side table is ideal for contemporary living rooms, bedrooms, or boutique hotel lounges where a strong geometric accent is required. It pairs effectively with minimalist seating or as a sculptural nightstand in a high-end residential suite. Professionals seeking a statement piece for a curated interior will find this model useful for styling vignettes or filling dead space in a corner. Search for this item when sourcing sculptural furniture, modern accent tables, or decorative staging elements for high-quality architectural visualisations.