Looking to enhance your 3D models with realistic wood materials? Our Procedural Wood Material is the perfect solution for you. With its PBR 4k quality, this material brings unmatched detail and authenticity to your 3D designs.
Our Procedural Wood Material offers three exquisite color options, allowing you to add depth and variety to your 3D projects. Whether you prefer a natural oak shade, an aged and weathered look, or a clean and modern aesthetic, we have you covered.
With our Sbsar File, you have complete control over various aspects of your wood material. Adjust the height, size, resolution, texture, and color materials according to your requirements. This level of flexibility ensures that you can create the perfect wood material to suit your unique design vision.
Our Procedural Wood Material is compatible with popular 3D rendering software such as Corona and Vray, allowing for seamless integration into your existing workflow. Whether you are using 3Ds Max 2015 or working with OBJ or FBX formats, our material is ready for you.
Bring your 3D room designs to life with the addition of our Procedural Wood Material. With its realistic texture and rich visual appeal, it is the perfect choice for creating stunning wooden surfaces such as wall coatings, panels, veneers, arrays, boards, beams, and more. Add a touch of natural beauty and elegance to your interior decor.
Our Procedural Wood Material is based on the latest PBR (Physically Based Rendering) technology, ensuring accurate lighting and shading effects in your 3D scenes. Additionally, it is compatible with Substance Designer, giving you even more possibilities for customization and creative freedom.
Visit our website and download the procedural wood material 3D model now. Experience the difference that high-quality materials can make in your 3D designs. Upgrade your 3Dsky, 3D interior, or 3D room design projects with ease.
Transform your 3D interior decor with stunning wood materials. With our Procedural Wood Material, you can take your 3D home design or room design to the next
