Parametrica Bench L-1.9 Slatted Wood Bench

A parametric-style slatted wood bench 3ds Max model featuring a fluid, layered timber construction with a distinct organic profile. This bench features a complex, layered construction composed of vertical timber slats arranged to create a continuous, undulating form. The design relies on parametric principles, where the spacing and curvature of the individual wood elements define the overall sculptural silhouette. The end panels are solid wood, secured with visible metallic fixing points, providing structural stability to the rhythmic, open-slat seating surface. The natural wood grain is visible throughout, highlighting the material quality and craftsmanship of the assembly. The bench maintains a consistent, ergonomic profile suitable for public or semi-public waiting areas and contemporary lounge spaces.

The download is an 11.8 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 merging the file into your scene using the asset browser. The geometry is modular, allowing for precise placement along architectural axes. Users should ensure the material library is correctly linked to maintain the wood texture mapping. Given the high number of individual slats, managing the model on a dedicated layer is recommended to keep the viewport responsive during the lighting and rendering phase of your project.

This piece is ideal for modern transit hubs, commercial lobbies, or minimalist outdoor courtyards where sculptural seating is required. It pairs effectively with clean concrete floors or neutral interior palettes, serving as a focal point in open-plan waiting areas or gallery spaces. Architects and designers searching for organic, parametric furniture will find this asset useful for projects requiring a blend of computational design and natural materials. It is a versatile choice for both high-traffic public zones and contemporary residential entry halls.