Off-White Painted Wood Display Cabinet with Drawers

This classic off-white painted wood display cabinet is a 3ds Max model featuring glass-fronted side sections and central storage drawers. This traditional display cabinet features a symmetrical design with a central column of three drawers and a top drop-down compartment. Flanking the central storage are two glass-fronted display sections, each illuminated internally and finished with vertical fluted detailing along the outer frames. The unit is constructed from painted wood in an off-white tone, accented by simple, dark metal hardware on the drawers and doors. A subtle dentil moulding runs along the top cornice, while a plinth base with a decorative central arch provides a grounded, stable finish to the overall profile.

The download is a 27.6 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 model is organised into logical layers for the glass panels, timber structure, and metal hardware. Users should ensure the pivot point is set to the base for easy placement against walls. The internal lighting is typically handled via standard photometric lights or V-Ray light materials, which can be adjusted to control the intensity of the display illumination. Mapping coordinates are pre-applied, allowing for quick material swaps or adjustments to the painted wood finish to match specific interior colour palettes.

Ideal for residential living rooms, dining areas, or high-end hospitality suites, this display cabinet serves as a focal point for showcasing curated collections or fine ceramics. It pairs well with traditional or neoclassical interior schemes, fitting seamlessly into dining room layouts or formal lounge settings. Professionals searching for elegant storage solutions, curio cabinets, or feature furniture pieces will find this asset suitable for detailed interior visualisations where a touch of classic refinement is required to enhance the overall aesthetic of the space.