Traditional oak kitchen and curved island SketchUp 3D model, L-shaped kitchen with wooden cabinetry, central island, and built-in cooktop. The design features a curved countertop with multiple sinks, a refrigerator, and seating for four stools.
This 3D model presents a complete, classic L-shaped residential kitchen featuring a centralized curved island, utilizing a traditional design aesthetic characterized by medium oak raised-panel cabinetry. The highly functional spatial arrangement is specifically configured for suburban residential ArchViz, single-family home interior space planning, and real estate staging visualization projects.
Designer Note: The strategic placement of the double-basin stainless steel sink on the corner diagonal maximizes continuous countertop workspace along the perimeter walls, while the sweeping curve of the central island provides generous seating capacity without obstructing the primary ergonomic working triangle.
Included Components
- Main structural millwork: Traditional medium oak upper and lower cabinets featuring raised panel doors, classic crown molding, and green speckled stone countertops.
- Major kitchen appliances: White side-by-side refrigerator with integrated ice dispenser, freestanding white gas range, over-the-range microwave, and an under-counter dishwasher.
- Plumbing and fixtures: Corner-mounted stainless steel double basin sink with standard chrome faucet hardware.
- Furniture and decor vignettes: Four wooden barstools with black padded seats, fully set dining placements on the island, a countertop knife block, and a central fruit bowl.
Rendering & Workflow Compatibility
Highly optimized at a low polygon count of just 24,276, this lightweight interior asset provides essential domestic detailing while guaranteeing exceptionally fast viewport performance in comprehensive residential floor plan scenes. The file maintains strict native backward compatibility with SketchUp 8 (SU8), ensuring reliable integration into diverse architectural visualization pipelines and real estate rendering engines without requiring complex proxy conversions or inflating scene memory.
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