About this asset

This contemporary modular three-seater sofa for 3ds Max features a soft cream fabric finish and distinctive button-tufted detailing. Designed with a focus on relaxed, informal comfort, this three-seater sofa comprises three modular components. The silhouette is defined by its soft, rounded forms and plump, generous upholstery. Each section features subtle button-tufting at the base, adding a tactile, vintage-inspired texture to the clean cream fabric. The design includes a single contrasting olive-green square throw cushion. The low-profile structure sits on discreet, recessed feet, maintaining a grounded appearance. Its modular nature allows for versatile configurations, making it a flexible choice for various lounge settings that require a soft, inviting aesthetic.

The download is a 93.9 MB compressed archive containing the native 3ds Max (.max) model, 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.

To integrate this model into a 3ds Max scene, merge the file into your project workspace using the Asset Tracking tool to ensure all textures are correctly mapped. The modular components are typically organised by group or layer, allowing for easy adjustment or re-arrangement within your floor plan. Ensure the pivot points are set to the base for precise placement on the floor surface. Lighting should be adjusted to highlight the soft fabric highlights and shadows created by the tufted detailing.

This sofa is well-suited for residential living rooms, boutique hotel lobbies, and relaxed media rooms. Its modular design provides flexibility for both large open-plan spaces and smaller, more intimate seating areas. Designers often pair this piece with low-slung coffee tables, textured wool rugs, and minimalist floor lamps to create a cohesive, contemporary interior. Search for this item when looking for casual, comfortable modular seating solutions that add a sense of softness and warmth to a modern interior design scheme.