About this asset

This parametric 3ds Max bench features a natural wood slatted construction with an integrated central planter for biophilic schemes. The bench is defined by its fluid, organic form, constructed from a series of stacked, CNC-milled timber slats that create a layered, contoured aesthetic. Its elongated, asymmetrical silhouette transitions from a wide seating area into a sculpted central cavity designed to house greenery. The natural wood finish highlights the precision of the rhythmic, vertical ribbing along the base. This piece functions as both a seating solution and a sculptural planter, offering a sophisticated approach to integrated landscaping. The design is unified, with internal structural supports visible beneath the seating surface.

The download is a 12.5 MB compressed archive containing the native 3ds Max (.max) model, set up with V-Ray materials. Open it in 3ds Max with V-Ray installed; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this model is best utilized by anchoring the bench to your site plane using snapping tools. The wood texture is mapped to follow the flow of the slats, so avoid excessive scaling which may distort the grain. Ensure the vegetation assets are assigned to their own layer for easy toggling during heavy viewport rendering. Use light-linking to manage the shadows cast by the complex slatted geometry, which can be computationally expensive if over-complicated with excessive subdivision or high-resolution displacement maps.

This bench is ideal for large-scale lobbies, public atriums, or high-end residential garden terraces where biophilic design is a priority. It pairs well with modern concrete or stone hardscaping, providing a warm, organic contrast to minimalist architectural surroundings. Professionals often search for this type of asset when specifying custom-look furniture for transit hubs, modern office courtyards, or contemporary hospitality projects. It serves as a strong focal point in open-plan spaces, effectively bridging the gap between functional seating and natural, green interior elements.