About this asset

This contemporary 3ds Max coffee table features a natural wood finish and a circular tray-style top with a raised perimeter. Defined by its clean, circular silhouette, this coffee table is crafted with a distinct tray-like top surface that provides a secure edge for decorative items. The construction showcases a natural wood grain, highlighting the organic texture of the material. It stands on slender, integrated legs that maintain a light, airy profile. The design balances functional utility with a minimalist aesthetic, making it a versatile piece for various interior styles. The inclusion of subtle detailing, such as the small vertical peg on the rim, adds a refined touch to the overall simple, geometric form.

The download is a 22 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.

In 3ds Max, this model is managed as a single object with logical grouping, allowing for easy placement and alignment within a scene. The wood material is mapped to ensure realistic grain orientation across the circular surfaces. Users can easily adjust the scale or apply custom finishes to the wood texture via the material editor. The geometry is clean, ensuring efficient viewport navigation while maintaining high-quality render results when combined with appropriate lighting setups and interior environment assets.

This coffee table is well-suited for living rooms, lounge areas, or hotel lobbies where a subtle, natural aesthetic is desired. It pairs effectively with low-profile sofas, lounge chairs, or minimalist seating arrangements. Designers often search for this type of round tray table when curating contemporary residential projects or modern hospitality interiors. Its neutral appearance allows it to blend seamlessly into various colour palettes, providing a functional surface for magazines, books, or small decorative accents in a professional interior design scheme.