About this asset

This contemporary beige fabric modular sectional sofa 3ds Max model features a sleek integrated side table and soft throw blanket. Defined by its clean lines and generous proportions, this modular sectional sofa offers a soft, inviting aesthetic in a neutral beige fabric. The configuration includes a chaise end and a connected side table with a slender metal base, providing functional surface area for drinks or books. Deep seat cushions and plush back pillows ensure comfort, while the low-profile frame rests on minimal legs. A draped fabric throw adds a sense of lived-in realism to the arrangement. Every component is modelled with attention to seam detailing and cushion volume, suitable for high-end interior visualisations.

The download is a 27.2 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.

When integrating this model into 3ds Max, ensure the object is placed at the correct floor level using the snap tool. The sofa is organised into logical layers, allowing for easy adjustment of materials or individual components. Users should apply their preferred textile shaders to the upholstery, ensuring proper UV mapping is maintained. The included side table is a separate element, enabling it to be moved or removed depending on specific project needs and spatial constraints within the scene.

This sectional sofa is well-suited for modern living rooms, open-plan apartments, or upscale hotel lounge areas. Its versatile modular design allows it to anchor large seating arrangements or fit into smaller, curated corners. Architects and interior designers often specify this type of furniture for residential projects requiring a balance of comfort and contemporary style. It pairs effectively with minimalist rugs, floor lamps, and abstract artwork. Search for this asset when planning sophisticated family rooms or high-end hospitality lobbies requiring a neutral focal point.