Modular white kitchenette cabinetry system SketchUp 3D model, white cabinetry with red countertop, and stainless steel appliances. The design features a clean, minimalist layout with a patterned tile backsplash and flooring for a contemporary look.
This 3D asset provides a compact, linear kitchen assembly, utilizing a functionalist modular design aesthetic tailored for space-efficient residential interiors. The streamlined spatial arrangement is highly applicable for studio apartment ArchViz, multifamily housing space planning, and budget residential FF&E (Furniture, Fixtures & Equipment) visualization projects.
Designer Note: The high-contrast application of the warm orange laminate countertop against the sterile white flat-panel cabinetry effectively defines the primary work surface, while the continuous patterned ceramic backsplash introduces necessary visual texture without compromising the strict linear geometry of the millwork.
Included Components
- Main structural millwork: Standardized white flat-panel upper and lower cabinets equipped with brushed metal hardware and a continuous orange laminate countertop.
- Integrated kitchen appliances: Undercounter stainless steel convection oven, flush-mount black electric cooktop, drop-in stainless steel sink assembly, and an overhead extractor hood.
- Functional accessories: Wall-mounted stainless steel utensil rail with hanging cooking tools, integrated paper towel dispenser, and a countertop drip coffee maker.
- Architectural shell finishes: Geometric blue and yellow patterned floor tiles paired with a subtle floral motif backsplash tile system.
Rendering & Workflow Compatibility
Extremely optimized at a low polygon count of just 4,453, this lightweight architectural asset is fully pre-configured with Enscape (ENS) material parameters, allowing for the immediate and accurate rendering of reflective stainless steel and matte laminate surfaces. The file maintains strict native backward compatibility with SketchUp 8 (SU8), ensuring highly efficient deployment in bulk residential visualization pipelines without inflating scene memory overhead.
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