Specifications
- Brand
- Laruus
- Style
- Modern
- Material
- Metal
- Suitable spaces
- Kitchen, Cafe, Commercial
- Color
- GraySilver
- File types
- 3D's MaxCorona Rendererfbxmtl3dsMapjpegobj
Modern Double Bowl Kitchen Sink 3D Model 3D's Max Corona Renderer
Description
This double-bowl kitchen sink with a brushed dark metal finish combines a large main basin with a narrower secondary bowl in a clean, modern configuration. The rectangular outer profile, straight rim and softly rounded internal corners create a practical geometric appearance suited to contemporary kitchen design. A broad divider separates the two bowls while maintaining a unified overall form. The darker gray metallic body is contrasted by brighter silver-toned drain components, giving the sink a restrained but clearly defined material character that works well in residential kitchens, cafe preparation areas and other modern food-service interiors. Metal is the specified primary material, and the visible surfaces show a smooth brushed appearance with controlled reflections rather than a mirror-like finish. The left basin is noticeably wider than the right, establishing an asymmetric double-bowl layout that visually prioritizes the main washing area. Both bowls have flat-looking lower surfaces that transition into vertical walls through softened internal corners. Circular drain assemblies are positioned near the lower areas of each basin, and the larger bowl also includes a visible circular opening on the upper rear wall. The continuous perimeter rim gives the sink a clearly framed rectangular outline suitable for integration with a surrounding countertop. As a functional kitchen fixture, this double-bowl sink is suitable for Kitchen, Cafe and Commercial spaces. It can be incorporated into kitchen counters, food preparation zones, service areas or cafe back-of-house layouts where a recognizable washing fixture is required. The two-basin arrangement helps communicate a more task-oriented workspace than a single-bowl sink, making the object useful in scenes that need to suggest washing, rinsing or organized preparation functions. Its neutral gray and silver coloration also allows it to coordinate naturally with light or dark cabinetry, Stone countertops, tiled backsplashes and other Metal appliances or fittings. For architectural visualization and CGI production, the double-bowl kitchen sink 3D model provides a specific built-in fixture that can strengthen the realism and functional clarity of kitchen scenes. It is useful for residential kitchen renders, cafe interiors, commercial preparation areas, cabinetry presentations and countertop-focused compositions. The unequal basin sizes create a recognizable silhouette in overhead and angled camera views, while the metallic surface provides subtle reflections that can respond to surrounding lighting and materials. Close-up compositions can emphasize the drain details, rounded corners, divider geometry and relationship between the sink and adjacent countertop surfaces. Within an interior design context, the sink's dark brushed finish offers an alternative to brighter reflective kitchen fixtures. It can create a grounded visual accent against pale worktops or blend into darker monochrome schemes. The large rectangular basin provides the dominant visual mass, while the smaller side bowl adds functional asymmetry without making the overall footprint appear fragmented. Straight outer edges support modern cabinetry lines, and the softly rounded interior transitions reduce the severity of the geometry. This combination makes the sink suitable for minimalist, contemporary and practical kitchen concepts where fixtures contribute to the overall material palette. The model is intended for 3D's Max and Corona Renderer workflows. The supplied product information confirms Metal as the primary material, while the image shows a dark gray brushed metallic finish with brighter silver-colored drain components. No downloadable file extensions, physical dimensions, polygon count, topology, UV layout, texture resolution, installation method or exact metal specification are provided. Those technical properties are therefore not assumed, and the description remains limited to confirmed information and details that can be directly observed from the supplied image.
