Medical nurse 76 Low-poly 3D model

cgtrader

This is a high-resolution, 3D scanned model of a real human captured using our custom-built photogrammetry system equipped with top-of-the-line Canon 200D cameras. We employ Reality Capture technology to process the scan and utilize ZRemesher within ZBrush for automatic retopologizing. The resulting model is an ultra-detailed digital double, carefully crafted to depict a stunning young woman of Caucasian appearance wearing a uniform identical to those worn by skilled surgical nurses. She's posed casually to ensure versatility in architectural visualizations, such as billboard advertising or showcasing innovative products and gadgets. Our creation is immediately ready for use within various visualization tools, including advanced rendering and detailed sculpting via ZBrush. You'll also gain access to further develop the model with its built-in features. Key Technical Specifications: Digital double 3D scan Low-poly model created specifically to accommodate quad topology demands Clean topology with efficient division-ready architecture 8K resolution color map providing crisp textures, even when examined up close. Each part is UV mapped and does not overlap Included OBJ file offers universal compatibility with major platforms such as Cinema 4D, Unity, Maya, Blender, Unreal Engine and other software for immediate use in the field. You won't find this high level of resolution or depth anywhere else in the industry! We include an exclusive bonus to those who choose our unique scanned model - a completely clean, ztl (.tool) High-poly format ready for you to use as desired in any 3D animation platform that accepts ztl file format Learn more about how our Photogrammetry Studio based here in Kiev, can turn your concept into reality and offer stunning animation-quality character models along with set expressions using high- resolution texture blending! To stay informed, just tune in weekly! More high-res, full-body scans become available daily! 3D everything, is the name of our game.