Description

Seamless Stone Texture with Displacement & Normal Maps - Vray Material: Perfect for 3D Room Design

Looking for a seamless stone texture to enhance your 3D room design? Look no further! Our high-detail texture is the ideal choice for bringing a touch of realism to your 3D interior decor. With the added bonus of a displacement map and a normal map, you can take your 3D designs to the next level with ease.

Experience Stunning Realism with our 3D MAX Model

Are you in need of a top-notch 3D model to complete your project? Look no further than our Seamless Stone Texture with Displacement & Normal Maps. This meticulously designed model is perfect for architects, designers, and 3D enthusiasts who crave realistic textures and materials for their 3D designs.

Enhance Your Designs with Adjusted Vray Material

With the adjusted Vray material included in this package, you can achieve outstanding visual quality in your 3D design projects. The seamless stone texture, combined with the power of Vray, creates a captivating and authentic look that will impress clients and colleagues alike.

Create Stunning 3D Room Designs with Ease

Our seamless stone texture covers large wall areas without requiring repetitive tiling, making it ideal for creating expansive and dynamic 3D room designs. The carefully tuned UVW inside plan ensures that the texture seamlessly wraps around your 3D models, providing a realistic and lifelike appearance.

Download in Different Formats for Maximum Versatility

When you purchase our 3D MAX model, you'll receive not only the original file, but also the option to download it in FBX and OBJ formats. This ensures compatibility with a wide range of 3D design software, so you can integrate the model seamlessly into your preferred workflow.

Expand your 3D design arsenal today with our Seamless Stone Texture with Displacement & Normal Maps. With its versatility, attention to detail, and stunning visual impact, this 3D model is a must-have for any designer or enthusiast.

Quality

HQ

Colors

Render

Vray