About this asset

This contemporary coffee shop 3ds Max scene features a fully furnished, open-plan interior with warm wood finishes and exposed brick. This professional-grade interior scene captures a functional café layout, characterised by a blend of raw materials and balanced lighting. The space includes a dedicated window-facing bar area with minimalist metal-framed stools, contrasting with a warmer dining zone equipped with bentwood chairs and compact square tables. A recessed shelving unit displays retail products, while a built-in banquette seating area adds texture with its warm-toned upholstery. The material palette relies on natural timber accents, light-coloured brickwork, and dark metal structural elements, creating a cohesive, inviting atmosphere suitable for high-end hospitality visualisation projects.

The download is a 307 MB compressed archive containing the native 3ds Max (.max) scene. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

Optimised for 3ds Max, this scene provides a complete architectural environment with pre-configured lighting and material setups. Users can easily append this file into larger commercial projects or use it as a base for customising lighting conditions. The assets are organised to allow for efficient manipulation of individual furniture items, enabling designers to swap out chairs or tables while maintaining the integrity of the overall spatial composition and environmental light mapping.

Ideal for architectural visualisers and interior designers, this scene serves as a ready-to-render environment for commercial hospitality proposals. It is particularly effective for presenting cafe, bistro, or restaurant concepts in urban settings. Professionals can utilise this set to demonstrate spatial flow and material selection in early-stage design presentations or final client renders. It pairs seamlessly with additional coffee shop equipment, such as espresso machines or menu displays, to further enhance the realism of the retail or hospitality environment.