Medical Stent 3D model

cgtrader

Modeling precision is evident in its origins within Cinema 4D R 19, showcasing expertise in high-level creation. The rendering of final images achieved with Advanced Render exemplifies attention to detail and dedication to realistic output. The advanced format used by C4D facilitates compatibility with multiple formats, ensuring flexibility and seamless workflow: * OBJ for precision and detail * STL for accurate scaling and replication * 3DS for fluid integration into various environments * FBX for streamlined collaboration Customized maps designed specifically for Medical Stents enhance their functionality and aesthetics. Each element plays a crucial role in the overall performance and appearance: * BaseColor provides the initial visual impression, allowing designers to create an immersive environment. * Metallic contributes a premium feel and realistic texture, elevating the product's perceived quality. * Roughness adjusts surface smoothness for authenticity, matching real-world material properties. * Normal captures minute details, ensuring precision in design replication. * Ambient Occlusion enhances realism by depicting the effect of surrounding surfaces on illumination. Scaling settings allow designers to work with precise units: Metrics are in centimeters, with one unit equating exactly to a centimeter, enabling accurate representation and measurements within the digital model. This standardized system streamlines design reviews and communications between team members. Advanced textures bring detailed authenticity to models by utilizing high-resolution images of 4096 x 4096 pixels. These textures are stored as PNG files, allowing for compression that doesn't compromise visual integrity while facilitating efficient file management. Performance metrics for the 3D model underscore its efficiency: * Polygon count stands at 125120 units. * Vertex count totals 125488 units, ensuring complex surfaces can be precisely modeled without compromising performance. N-gons are absent from the mesh, maintaining structural integrity and smooth surface detail in animations or other dynamic interactions with the digital product.