Ivory Rounded Ottoman – Raised Piped Edge 3D Model

Specifications

Brand

Laruus

Style

Modern

Material

Fabric, Wood

Suitable spaces

Living Room, Bedroom, Office, Cafe, Commercial, Entrance

Color

WhiteGrayBeige

File types

3D's MaxCorona Rendererfbxmtl3dsMapjpegobj

Soft Volume, Clean Geometry 3D Model 3D's Max Corona Renderer

Description

The Ivory Rounded Ottoman – Raised Piped Edge is a compact modern soft-seating piece defined by its softly inflated rectangular form, rounded corners, and distinctive piping that runs continuously around the upper perimeter. The pale ivory-to-light-gray upholstery gives the ottoman a calm neutral identity, while the gently domed top and curved lower body prevent the silhouette from appearing rigid or overly geometric. A narrow raised trim visually separates the upper cushion from the upholstered base and becomes the most recognizable detail of the design. Short cylindrical legs lift the body slightly above the floor, creating a subtle shadow line beneath the furniture while maintaining a low, grounded profile suitable for contemporary interiors. Fabric and Wood are specified as the primary materials. The visible upholstery appears smooth and finely textured, with a matte to softly reflective finish that responds gently to broad studio lighting. The upper cushion has a restrained convex profile, while the lower upholstered section curves inward slightly toward the underside. The continuous piping follows the rounded-square contour and adds a precise linear element to the otherwise soft construction. Four short cylindrical supports are visible beneath the body and appear to share a pale neutral finish with the upholstery in the supplied render. The exact Wood species, Fabric fiber composition, internal cushion filling, foam density, structural frame, joinery, dimensions, weight, and load capacity cannot be reliably determined from the image and are therefore not assumed. As a furniture element, this upholstered ottoman can function as a footrest, occasional low seat, or compact accent piece in a Living Room. Its broad cushioned top also makes it suitable near an armchair, sectional sofa, or lounge arrangement where an additional soft surface is useful. In a Bedroom, it can sit near a bed or dressing area, while an Entrance can use the low form as temporary seating. Its restrained design is also appropriate for Office lounges, Cafe interiors, and selected Commercial environments where a visually quiet furniture piece is preferred. The ivory, beige, and light gray palette works naturally with pale timber, darker wood, stone, concrete, black accents, muted textiles, and other neutral finishes. For Archviz and CGI workflows, the model offers a useful study in soft geometry and subtle material response. The rounded corners, domed cushion, continuous piping, and low cylindrical legs create enough form variation to produce readable highlights and contact shadows without making the object visually complex. At medium camera distances, the raised perimeter trim gives the silhouette a clear identity. In close views, Fabric roughness, piping curvature, edge softness, cushion shading, and the transition between upholstered body and supporting legs become important visual cues. These characteristics make the ottoman suitable for residential visualization, hospitality concepts, furniture layouts, product staging, and interior material studies. From an interior design perspective, the ottoman works particularly well as a soft counterpoint to rectilinear sofas, cabinetry, rugs, and architectural surfaces. Its approximately square footprint relates easily to modular furniture arrangements, while the rounded corners and inflated cushion soften harder surrounding lines. Because the design avoids decorative patterning, exposed hardware, and tall legs, the visual emphasis remains on proportion, upholstery, piping, and the subtle separation between upper and lower volumes. The pale finish can blend into monochrome interiors or serve as a light balancing element beside darker furniture. The supplied technical information associates the model with 3D's Max and Corona Renderer. No downloadable file formats are specified, so file_types remains empty. Polygon count, topology, UV layout, texture resolution, exact scale, object hierarchy, modifier setup, and detailed material parameters cannot be verified from the render alone. For Archviz production, users should review scene scale, Fabric mapping, piping shading, cushion deformation, leg material response, contact shadows, and Corona Renderer material behavior after import according to the intended lighting setup and camera distance.