About this asset

This modern charcoal linear kitchen assembly for 3ds Max features a sleek island and integrated appliances for contemporary interiors. This linear kitchen configuration features a matte charcoal finish on all cabinetry, paired with a clean, white bulk-head detail above the upper units. The set includes a full-height pantry section, a continuous run of base and wall units, and a compact standalone island containing a built-in oven. The workspace is finished with a metallic-look countertop and matching backsplash, incorporating an integrated sink and cooktop. Subtle under-cabinet lighting enhances the functional aesthetic, while the minimalist handle-less doors provide a seamless, streamlined appearance suitable for high-end residential or boutique apartment design schemes.

The download is a 21.2 MB compressed archive containing the native 3ds Max (.max) model. Open it in 3ds Max; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this model is organised by logical components, allowing for easy placement and adjustment of the island relative to the main run. Users should check the pivot points for doors and drawers if animation is required, or collapse the geometry for static visualisation. Materials are mapped to standard slots, making it straightforward to swap the countertop or cabinet finishes using the material editor. Ensure the lighting setup is adjusted to match the project's specific HDRI environment or interior light fixtures.

Ideal for open-plan residential projects, luxury apartment developments, or hospitality kitchenettes, this assembly provides a complete, ready-to-render solution. It pairs effectively with modern bar stools, pendant lighting over the island, and neutral floor finishes like concrete or timber. Professionals searching for a sleek, dark-toned culinary space for architectural visualisation will find this set efficient for populating floor plans. It is well-suited for staging contemporary living spaces where a minimalist, high-impact aesthetic is required to demonstrate spatial flow and modern functionality.