Zanotta Lama Lounge Chair 3D model

cgtrader

High-Resolution 3D Model of the Zanotta Lama Lounge Chair in Advanced Rendering Settings This realistic and detailed scene setup for V-Ray is optimized to produce stunning high-resolution renderings of the sleek and modern Zanotta Lama Lounge Chair. The model's complex geometry and textures are meticulously recreated using state-of-the-art modeling techniques, ensuring that every aspect of this luxurious design shines through in photorealistic detail. The materials and textures used in this 3D scene are expertly crafted to provide maximum visual accuracy and depth, allowing users to see the intricate craftsmanship and rich texture of the Lama Chair like never before. These premium-quality materials can be seamlessly integrated into a wide range of visualization tools, making it effortless to achieve photorealistic results. Format Compatibility: This 3D model is designed to be easily imported and used in various software applications, ensuring seamless integration with your existing workflows. Supported formats include: * *.3ds max 2010 and later versions * *.max (V-Ray) - optimized for V-Ray 2.0 or higher * *.obj - compatible with all major modeling software, including textures and mappings * *.fbx - seamlessly importable into Autodesk FBX files Product Dimensions: The Zanotta Lama Lounge Chair is precisely detailed to reflect its real-world dimensions, ensuring accuracy and authenticity in every rendering: * W1730mm x D880mm x H1050mm (L, W, H) Rendered Previews: Stunning previews have been rendered using V-Ray to provide an initial glimpse into the stunning potential of this 3D model. Whether you're working on a design project or seeking to showcase your favorite furniture piece, these pre-rendered images offer an exciting first look at what's possible with this detailed and textured model. Helpful Ratings: If you found this product to be particularly valuable or relevant to your needs, kindly consider providing a rating to help others navigate the best available 3D models.