Description

Elegant Melody Bianco Marble: Luxurious Textures & Versatile Tiles

Discover the exquisite beauty of the Elegant Melody Bianco Marble with its luxurious textures and versatile tile options. Whether you're creating a 3D interior design, room design, or looking to enhance your interior decor, this 3D model provides an elegant solution. With its glossinessMap, normalMap, and heightMap, you can achieve a stunning level of realism and depth in your 3D designs.

7 Texture Melody Bianco Marble for Versatile Designs

Our Elegant Melody Bianco Marble offers 7 different textures for endless design possibilities. Whether you're seeking a glossy finish or a unique texture, this 3D model provides the flexibility to cater to your specific design needs. Each texture is carefully crafted to bring out the natural beauty of the marble, creating a truly stunning visual experience.

Multiple Tile Dimensions for Customization

Customize your 3D room design or interior space with the various tile dimensions available for the Elegant Melody Bianco Marble. From larger slabs measuring 120cm * 240cm to smaller rectangular tiles measuring 10cm * 30cm, these tiles can be arranged to create your desired aesthetic. With additional size options like floor tiles, hexagonal tiles, and square tiles, this 3D model gives you the freedom to curate a space that reflects your unique style and vision.

Easy 3D Model Download and Compatibility

Our Elegant Melody Bianco Marble 3D model is available for easy download in popular formats like .max, .fbx, .obj, and .mtl. Whether you're an experienced 3D designer or just starting out, this model can be seamlessly integrated into your 3D projects. Compatible with software like 3ds Max, this model offers convenience and efficiency in your 3D home design and interior decoration endeavors.

Experience the elegance and sophistication of the Melody Bianco Marble in your 3D designs. Download our 3D model today and unlock a world of possibilities for your 3D interior design projects.

Quality

HQ

Render

Vray