When it comes to creating stunning 3D designs for your interior decor, having the right furniture model is essential. That's why we're excited to present the Elegant 50cm Stool, a meticulously crafted 3D model designed for 3ds Max enthusiasts. Whether you're an experienced 3D designer or just starting out, this high-quality stool model is a must-have for your 3D design collection.
With its realistic dimensions and elegant design, the Elegant 50cm Stool offers endless possibilities for your 3D room design projects. This 3D model is built to real-world scale, ensuring seamless integration into your 3D interior scenes. Whether you need the stool for a residential or commercial project, its low-polygon construction allows for smooth rendering while maintaining stunning detail.
Designed with both production and real-time engines in mind, the Elegant 50cm Stool comes with a range of high-quality 4096x4096 PNG format textures. These textures include diffuse, specular, glossiness, normal, base color, metallic, roughness, and ambient occlusion maps. These maps are essential for achieving realistic lighting and shading effects, helping you create stunning visuals for your 3D designs.
Are you ready to elevate your 3D interior design projects? Take advantage of the opportunities provided by the Elegant 50cm Stool by downloading the versatile 3D model from 3DSky. With their extensive library of high-quality 3D models, 3DSky is the go-to platform for designers looking to enhance their designs with realistic and captivating elements.
From residential spaces to commercial establishments, the Elegant 50cm Stool adds a touch of elegance and sophistication to any 3D room design. Its versatile design allows it to seamlessly integrate into various design styles, making it a valuable asset for any 3D designer. Download the Elegant 50cm Stool today and unlock the potential of your 3D home design projects.
Keywords: 3D model, 3D model download, 3DSky, 3D design, 3D interior, 3D room design, 3D interior decor, 3ds, 3Ds Max, 3D home design, 3D
