L-Shaped Wood Grain Kitchen Unit with Integrated Appliances

This modern L-shaped kitchen unit for 3ds Max features dark wood-grain cabinetry, integrated appliances, and a sleek sink and tap set. This L-shaped kitchen configuration comprises a base cabinet run and a corresponding overhead wall unit arrangement. The cabinetry is finished in a vertical wood grain veneer in a dark brown tone, contrasted by solid grey end panels. The layout includes a built-in black glass cooktop and a stainless steel sink with a high-arch mixer tap. A dedicated black range hood is mounted centrally beneath the upper cabinets. The assembly provides a balanced aesthetic suitable for contemporary interiors, focusing on clean lines and a functional workspace arrangement that maximizes corner efficiency.

The download is a 15.2 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 structured as a modular component, allowing for easy integration into architectural scenes. Users should place the unit as a single object or ungroup the assembly to adjust individual cabinets, appliances, or hardware as required for specific floor plans. Materials are mapped for standard rendering workflows, enabling quick adjustments to wood grain orientation or metal reflectivity. Ensure proper scaling within the scene to align with standard benchtop heights before applying final lighting setups or interior environment assets.

Designed for residential kitchen design, this unit serves as a versatile base for apartment layouts or open-plan living spaces. It pairs well with minimalist dining furniture and neutral wall finishes, making it ideal for high-end interior visualizations. Architects and designers can use this model during the concept or development phases to demonstrate space planning and material palettes. Search for this asset when needing a complete, ready-to-render kitchen solution that avoids the complexity of modelling individual cabinetry components from scratch.