About this asset

This modern side-by-side refrigerator 3ds Max model features a sleek black finish and an integrated door-mounted water and ice dispenser. The appliance features a clean, minimalist aesthetic with a matte or satin black finish across its dual-door exterior. A centrally mounted control panel and water dispenser unit are integrated into the left door, providing a functional focal point. The design follows a standard side-by-side configuration, offering a symmetrical profile suitable for flush-mounted kitchen joinery. The unit is constructed with a focus on clean lines and hidden hinges, ensuring a seamless appearance when placed within cabinetry. Its proportions are typical of contemporary domestic refrigeration, balancing height and width to suit standard kitchen layouts.

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.

Users should ensure the pivot point is correctly aligned at the base for easy placement against kitchen walls or within custom joinery units. The model uses standard material slots, allowing for easy adjustment of the black finish or the addition of metallic reflections. Lighting should be set up to highlight the subtle sheen of the door panels, ensuring the water dispenser details remain legible within the overall scene composition.

This refrigerator is ideal for residential kitchen visualisations, contemporary apartment projects, and high-end hospitality suite designs. It pairs well with modern cabinetry, stone countertops, and minimalist kitchen hardware. Professionals looking for a sleek, unobtrusive appliance to complete a kitchen render will find this model versatile. It is frequently searched for in the context of open-plan living areas, luxury residential planning, and commercial kitchen design, where a sophisticated, dark-toned aesthetic is required to complement industrial or high-tech interior schemes.