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Warm Beige Channel-Tufted Sofa 3D Model

Warm Beige Channel-Tufted Sofa 3D Model

Sofa No. 00044

FREE

File size47.5 MB
Upload dateMay 29, 2026

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Specifications

Brand
Laruus
Style
Modern
Material
Fabric
Suitable spaces
Living Room, Office, Cafe, Commercial
Color
BeigeBlackWhite
File types
3D's MaxCorona Rendererfbxmtl3dsMapjpegobj

Soft Curves, Structured Comfort 3D Model 3D's Max Corona Renderer

Description

This modern sofa 3D model is distinguished by its warm beige fabric upholstery, continuous vertical channel tufting and softly rounded rectangular silhouette. The design combines a substantial low-profile body with broad arms, creating a visually grounded piece suited to contemporary interiors. Repeated upholstered channels wrap across the front, seat and outer arm surfaces, giving the sofa a recognizable architectural rhythm without relying on decorative ornament. Black and white loose cushions introduce clear tonal contrast while keeping the overall composition neutral and versatile. The sofa is represented as a fully upholstered fabric design with generously proportioned seating and thick, integrated armrests. Its front-facing upholstery uses closely spaced vertical channels with softly rounded transitions, while the seat continues the same linear treatment from front to back. The backrest is comparatively restrained, allowing the textured seat and arms to define the furniture's character. Rounded corners soften the otherwise rectilinear volume, producing proportions that work naturally in modern residential and hospitality environments. The visible fabric has a subtle woven or patterned appearance, although no specific textile composition can be confirmed from the supplied image. As an interior furniture piece, this warm beige channel-tufted sofa can serve as the primary seating element in a living room, lounge area, office reception space, cafe or commercial interior. Its neutral beige palette works particularly well with warm minimal, contemporary and modern schemes, while the contrasting cushions can support monochrome or neutral styling. The wide horizontal form makes it suitable for compositions where a substantial sofa is needed to anchor a seating zone, especially against open walls or within spacious conversational layouts. For architectural visualization and CGI production, the model offers a distinctive furniture silhouette that remains readable in wide interior views as well as closer camera compositions. The repeated channel upholstery provides useful surface depth for lighting studies, material presentations and photorealistic interior renders. It can be incorporated into residential archviz scenes, furniture presentations, virtual staging, commercial lounge concepts and interior design visualizations where a modern fabric sofa is required. The model is specified for 3D's Max and Corona Renderer workflows, making it relevant to artists building scenes within that production environment. From an interior design perspective, the sofa balances soft geometry with structured repetition. Its warm beige tone can pair visually with wood, stone, neutral plaster, dark accents and other understated contemporary materials. The black cushions create stronger focal points, while the white cushions connect naturally with bright walls and pale interior finishes. Because the upholstery itself provides substantial visual texture, the piece can remain expressive even in relatively restrained spaces without requiring elaborate surrounding decoration. The supplied product image shows the model presented against a clean white background with soft studio-style illumination and natural contact shadows. Visible details include the rounded upholstered arms, vertically segmented front and side surfaces, coordinated channel detailing across the seat, and four loose cushions in black and white. No file formats, polygon count, dimensions, topology specifications, UV information, texture resolution or additional renderer compatibility are visible in the provided information, so these technical properties are intentionally left unspecified.