Rectangular Planter with Bamboo and Stone Scene

This 3ds Max scene features a minimalist rectangular planter containing a curated arrangement of bamboo, low-lying shrubs, and stone. The assembly consists of a clean-lined rectangular wooden planter box finished in a light natural wood tone. Inside, the soil surface is modelled with subtle topographical variation, incorporating a cluster of three distinct bamboo-style stalks of varying heights and foliage densities. A single jagged decorative stone sits at one corner, complemented by small patches of low-lying ground cover and grass. The composition is balanced and intended for interior use, providing a structured approach to biophilic design. The scale and arrangement are fixed, presenting a complete, ready-to-place botanical feature for architectural visualisation projects.

The download is a 44.2 MB compressed archive containing the native 3ds Max (.max) scene, 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 scene is best utilized by merging the container into your master file as a single grouped object. Ensure the pivot point is set to the base of the planter for easy placement on floor surfaces. The vegetation elements are mapped with appropriate textures, and the materials should be checked against your chosen render engine's standard workflow to ensure correct translucency on the leaves. Use a standard light setup to highlight the natural textures of the wood and stone.

This planter is suitable for contemporary residential living areas, corporate reception spaces, or hotel lobbies where a touch of nature is required. It serves as an effective partition or focal point in open-plan offices or minimalist cafe interiors. Professionals searching for biophilic design elements, indoor landscaping assets, or decorative botanical features will find this model versatile. It pairs well with modern furniture collections and can be placed alongside seating areas or used to define circulation paths in large-scale interior design projects.