GROHE CUBE Low-poly 3D model

cgtrader

This model is perfectly suited for high-quality use in architectural visualizations, television broadcasting, close-up film production, advertising, product design simulations, forensic analysis presentations, and other demanding applications. Features and Details Originally created using the latest version of 3ds Max 2016 software, this model boasts detailed textures with every material applied accurately to enhance realism. Each individual object is meticulously labeled for easy recognition. This results in no import errors when placed into a new scene. The entire collection of geometric components, lights, and cameras is conveniently stored in a single layer to maximize workflow efficiency. For precise mesh manipulation and subdivision techniques, the model is specifically designed with Turbosmooth modifier integrated. Moreover, every object is carefully unwrapped without overlapping textures for flawless integration and editing processes. Rendering Requirements Ready to start rendering? Simply insert this model into your desired scene, where it seamlessly integrates thanks to expert setup optimization. Additional Formats In addition to the default file format, users can access model variations in other popular formats: FBX, OBJ, and 3DS. Furthermore, low-poly alternatives are available for every corresponding high-poly counterpart for enhanced compatibility. Realistic Measures Real-world measurements have been meticulously taken to provide authentic and precise geometry models, which enables you to work seamlessly across your desired software platforms. Texture Materials Included Comprehensive texture and material sets accompany this detailed model for further authenticity enhancement. This extensive set can be used with confidence in creating real world designs without requiring any extra steps. Geometry Characteristics All objects have been structured into only polygonal quads, ensuring a wide variety of 3D modeling and design software integration capabilities, resulting in smooth working experiences even during most resource-demanding applications