About this asset

This modern white front-loading washing machine 3ds Max model features a sleek design with a large circular black glass door. Designed with a contemporary aesthetic, this front-loading washing machine features a clean white finish, making it suitable for modern utility rooms or integrated kitchen cabinetry. The unit includes a prominent, circular black glass door with a polished metallic trim, providing a sharp contrast to the white casing. A top-mounted control panel is finished in a light grey tone, housing the central rotary dial and digital interface. The overall construction maintains a standard rectangular footprint, ensuring it fits seamlessly into typical under-counter or freestanding laundry configurations found in residential design projects.

The download is a 31.9 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.

To integrate this asset into a 3ds Max scene, simply merge the file into your master project and verify the scale against your room dimensions. The model is organised with logical layer naming, allowing for easy selection of the door, control panel, or main body for material adjustments. Apply standard architectural materials to the outer casing to match the scene's lighting, and ensure the glass door uses appropriate reflection settings to maintain realism within your interior renders.

This appliance is essential for high-quality residential visualisations, specifically for utility rooms, laundry spaces, or open-plan kitchens where appliances are visible. It pairs effectively with modern cabinetry and laundry storage solutions. Professionals should search for this model when populating floor plans or sections that require detailed, realistic household equipment. It is particularly useful for interior designers and architects working on mid-to-high-end residential developments, providing a clean, functional element that helps ground the space in a realistic, lived-in context.