Modern Matte Black Vanity & Wall Shelf Decor Set - 3D Model for Interior Design
Add a sophisticated architectural layer to your modern bathroom and cloakroom renderings with this premium Modern Matte Black Vanity & Wall Shelf Decor Set. Meticulously crafted for interior designers, architects, and 3D visualization specialists, this extensive digital collection provides all the essential styling props needed to create realistic, high-end, and lived-in space presentations.
Featuring a contemporary matte black hardware aesthetic paired with soft neutral textiles, this model set is fully optimized to enhance your scenes instantly.
📐 What’s Included in the 3D Scene
This large-scale digital decor asset group includes:
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Matte Black Shelf Systems: Multi-tiered minimalist metal wall shelves, a floating towel hanger, and a sleek vertical towel ladder.
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Luxury Textiles: A plush, high-detail textured cotton bathrobe hanging on a wall mount, beautifully folded bath sheets, and realistic rolled hand towels.
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Vanity Essentials: A contemporary circular wall mirror with a black frame, minimalist soap dispensers, luxury fragrance bottles, and skincare creams (inspired by Aesop packaging aesthetics).
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Bathroom Hardware: A minimalist matte black toilet paper stand and a matching designer toilet brush holder.
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Footwear Props: A pair of soft, realistic fabric spa slippers ready for floor staging.
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Ambiance Details: Clean glass-jar candles, a reed diffuser, and a toothbrush tumbler with wooden toothbrushes.
🛠️ Technical Specifications & Features
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File Format: Clean geometry and professional topology, fully compatible with all major 3D software and render engines (Corona, V-Ray, etc.).
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Textures & Materials: High-resolution PBR textures with precise shader setups for realistic matte powder-coated metal, soft cotton waffle-weave fabrics, tinted glass, and paper labels.
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Scale: Modeled strictly to real-world scale with accurate proportions for effortless merging.
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Optimization: Polygons are strategically optimized to retain stunning close-up details without cluttering your scene memory.