Description
Canna Brushed Oak Parquet Set: High-Quality 3D Model for Interior Design
Transform Your Space with the Canna Brushed Oak Parquet Set
Looking to enhance the beauty and elegance of your interior? Look no further than the Canna Brushed Oak Parquet Set, a high-quality 3D model that is perfect for 3D room design and interior decor. With its detailed design and close-up rendering capabilities, this parquet set is sure to add a touch of sophistication to any space.
Experience Realism with Our 3D Model
Our Canna Brushed Oak Parquet Set is a stunning 3D model that offers exceptional realism. With three types of masonry parquet boards, including Parquet Basket (Mosaic), Parquet Chevron, and Parquet Fir-tree, you have plenty of options to choose from. Each board comes in different dimensions, providing versatility in your 3D interior design projects.
Easy Integration into Your Design Projects
Designed without using plugins, our Canna Brushed Oak Parquet Set is compatible with popular design software like 3D MAX and 3ds Max. It comes in various file formats, such as .max, .obj, and .fbx, ensuring seamless integration into your 3D design workflow. With its fully textured model and included materials, you can easily control the scene and create stunning visualizations.
Endless Design Possibilities
With 32 wood textures and a resolution of 2500x450 pixels, the Canna Brushed Oak Parquet Set offers a wide range of design possibilities. Whether you are creating a 3D model for residential or commercial spaces, this parquet set provides the perfect foundation for your 3D home design or room design project.
Download Your Canna Brushed Oak Parquet Set Today
Ready to elevate your interior design projects to the next level? Download the Canna Brushed Oak Parquet Set from 3DSky and unleash your creativity. With its high-quality 3D model, detailed textures, and easy integration, this parquet set is a must-have for any 3D designer or architect. Experience the beauty of brushed oak parquet and transform your space with this exceptional 3D model.
