A 3D model of a Kitchen Cabinet Set, featuring white cabinets, marble countertops, glass-front upper cabinets, and kitchen appliances, with a modern minimalist aesthetic. It has low polygon count and is suitable for kitchen use.

This elegant piece draws inspiration from the interplay of organic vertical patterns and geometric precision, reimagining classic slatted designs with a contemporary, streamlined twist. Crafted with a smooth, matte white finish, its surface feels cool and refined to the touch, while the vertical slats create subtle visual rhythm, catching light to add depth without overwhelming the space. The slender, tapering legs, also in matte white, elevate the piece, infusing it with a sense of lightness that contrasts beautifully with the compact, two-drawer structure. The warm brass drawer pulls, with their understated shine, introduce a touch of luxury, balancing the soft white hue and enhancing the overall sophistication. This versatility makes it ideal for modern minimalist living rooms, where it complements neutral-toned sofas and sleek marble coffee tables, or for Scandinavian-inspired bedrooms, adding a clean, airy feel beside a linen-upholstered bed. Functionality meets style: the two roomy drawers offer ample storage for small essentials like remote controls or jewelry, while the elevated design ensures the floor space below remains uncluttered, making it perfect for narrow hallways, entryways, or beside a console table. Its timeless yet fresh aesthetic seamlessly blends practicality with visual appeal, making it a standout piece in any curated home setting.

A 3D model of a Chandelier, featuring a brass frame and white glass shade, and a vintage design aesthetic. It has highly detailed textures and is suitable for dining rooms or living rooms.

A 3D model of a Kitchen Cabinet Set, featuring white cabinetry with glass doors, marble countertops, and stainless steel fixtures, and a modern minimalist aesthetic. It has low polygon count and is suitable for kitchen renovation displays and interior design applications.