About this asset

This procedural Substance material features a light beech finger-jointed timber finish, optimised for Substance 3D workflows. This procedural material reproduces the precise, clean aesthetic of finger-jointed beech timber. It features a light, uniform natural-wood tone with subtle grain variations characteristic of high-quality hardwood panels. The texture is defined by a tight, repeating pattern of small, interlocking wood blocks, creating a consistent surface suitable for large-scale applications. The material exhibits a balanced, semi-matte finish that captures light realistically, highlighting the subtle surface imperfections and the structural rhythm of the finger joints. It provides a clean, neutral foundation for interior surfaces requiring a durable, modern wood appearance.

The download is a 10.5 MB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Designed for use within Substance 3D, this.sbsar file allows for full parametric control. Users can adjust parameters such as wood grain intensity, colour variations, and reflection properties directly within their host software. Being a procedural graph, it is fully tileable at any scale without visible seams or repetitive artefacts. Simply drag the file into your graph or material library, apply it to your geometry, and tweak the exposed settings to achieve the desired look.

Ideal for architectural visualisations, this material is well-suited for interior joinery, custom cabinetry, and large-scale wall panelling in residential and commercial projects. It pairs effectively with minimalist, contemporary, and Scandinavian design schemes. Professionals working on office furniture or hospitality fit-outs will find this asset useful for creating realistic timber surfaces that maintain structural integrity across complex forms. Search for it when specifying light, durable wood finishes for desks, shelving, or feature wall cladding in high-end BIM or rendering workflows.