About this asset

This contemporary 3ds Max armchair set features two off-white fabric lounge chairs paired with a round marble-top coffee table. The set comprises two matching armchairs and a small central coffee table. Each chair features a curved, shell-like backrest upholstered in an off-white fabric, complemented by a single gingham-patterned scatter cushion. The base consists of slender, splayed metal legs that provide a light, architectural profile. The accompanying coffee table features a circular white marble top supported by a minimalist black metal circular frame. The proportions are compact, making this grouping ideal for intimate lounge areas, reading corners, or reception waiting zones where a clean, modern aesthetic is required.

The download is a 2.7 MB compressed archive containing the native 3ds Max (.max) model holding 3 separate objects, 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.

Within 3ds Max, this model is organised by clear naming conventions, allowing for easy selection and material adjustment. The chairs and table are grouped as distinct elements, enabling quick placement into larger interior scenes. Users can easily map custom textures to the upholstery or adjust the metal finish on the legs via the material editor. The geometry is clean, ensuring efficient performance when populating larger architectural visualisations or interior design proposals.

This grouping fits seamlessly into contemporary residential living rooms, hotel lobby lounge areas, or executive office waiting suites. It serves as an effective focal point for small-scale interior design projects, pairing well with minimalist rugs and neutral wall palettes. Architects and designers searching for modern seating arrangements will find this set useful for quick layout studies and high-quality presentation renders. The versatile style makes it suitable for both professional and domestic environments requiring a refined, cohesive furniture solution.