Modern Contemporary Dry Kitchen & Pantry Joinery

Modern contemporary dry kitchen and pantry joinery SketchUp 3D model, featuring black marble backsplash, matching cabinetry, and a white refrigerator with black handles. A coffee machine, wine bottles, and a bowl of fresh fruit add a touch of functionality and warmth to the minimalist design.

This asset features a contemporary residential dry kitchen and pantry joinery system defined by a modern minimalist design aesthetic. Tailored for residential open-plan living areas, executive corporate pantries, and boutique hospitality lounge ArchViz projects, the model provides a pre-configured, high-density cabinetry wall for interior spatial planning. From a spatial layout perspective, the integration of concealed vertical storage alongside the high-contrast horizontal stone datum effectively maximizes utilitarian storage capacity while maintaining a clean, monolithic architectural focal point.

Included Components

• Main structural joinery: Custom cabinetry system featuring high-contrast, heavily veined dark stone lower casework and a matching continuous backsplash, paired with taupe vertical fluted upper cabinet fascias and a linear wooden display shelf.
• Integrated appliances & storage: Built-in four-door white French-door refrigerator, a textured bronze-finish tall storage tower with dark open shelving niches, and a minimalist horizontal linear glass suspension light fixture.
• Decor vignette & accessories: Pre-arranged countertop styling elements including a modern espresso machine, a ceramic bowl containing green apples, stacked hardback books, clear glass tumblers, and curated wine bottle props.

Rendering & Workflow Compatibility

Engineered with a high-detail geometry count of 2,220,941 polygons, this asset includes complete texture maps and pre-calibrated Enscape (ENS) material parameters for direct plug-and-play rendering. The model file is back-saved for backward compatibility starting from SketchUp 8 (SU8) through newer versions, providing reliable integration across complex interior visualization pipelines.