About this asset

This 3ds Max model features a modern two-tier pull-down dish rack finished in black and chrome, complete with integrated white ceramic bowls. Engineered for high-end cabinetry, this two-tier dish rack features a robust pull-down mechanism designed for ergonomic access to upper kitchen storage. The frame is finished in a matte black powder coat, contrasting with high-polish chrome wire shelving. Each tier includes wire dividers to secure plates or bowls, while the base of each level incorporates a solid surface tray. The set includes eight white ceramic bowls arranged across both levels, providing a realistic sense of scale and utility for kitchen interior visualisations or detailed technical planning of cabinet internals.

The download is an 8.9 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this asset is typically inserted as a block or merged into existing kitchen cabinetry families. Users should ensure the pivot point is correctly aligned with the mounting brackets to facilitate easy placement within wall units. Materials are organised by object type, allowing for quick adjustments to the metallic finishes or bowl textures. Lighting should be configured to highlight the reflective chrome surfaces, ensuring the internal cabinet depth is adequately illuminated to reveal the rack's mechanical complexity.

This dish rack is an essential component for residential kitchen design, particularly for luxury apartment developments or custom joinery projects. It pairs effectively with modern handleless kitchen cabinetry and high-end appliance suites. Professionals should search for this item when detailing kitchen interiors, specifically for close-up shots of open cabinetry or when demonstrating ergonomic storage solutions. It is suitable for use in both contemporary and minimalist kitchen environments where efficient, hidden storage is a priority for the overall design scheme.