Realistic Human Organs 3D Model: Lifelike Anatomical Details, Precision for Study and DesignEthan BrooksJul 05, 2025Table of Contents3d model of human organsUrban Wanderer Low-Poly 3D ModelThoughtful Man Sitting with Coffee 3D modelElegant Low-Poly Female Model 3D modelMiniature Gathering 3D modelUrban Walker 3D Model for DesignersUrban Walker 3D ModelUrban Elite Low-Poly 3D ModelElegant Woman Silhouette 3D ModelElegant Gentleman 3D Model for Creative ProjectsUrban Elegance Gathering 3D modelTable of Contents3d model of human organsUrban Wanderer Low-Poly 3D ModelThoughtful Man Sitting with Coffee 3D modelElegant Low-Poly Female Model 3D modelMiniature Gathering 3D modelUrban Walker 3D Model for DesignersUrban Walker 3D ModelUrban Elite Low-Poly 3D ModelElegant Woman Silhouette 3D ModelElegant Gentleman 3D Model for Creative ProjectsUrban Elegance Gathering 3D modelThis 3D model of human organs stands out for its anatomically accurate proportions, finely textured surfaces, and realistic color gradations. Each organ, from the heart to the liver, is meticulously modeled to highlight natural folds, veins, and unique shapes, making it ideal for medical visualization or educational displays. The vivid detailing bridges the gap between art and science, letting your audience study the fascinating structure of human anatomy up close.3d model of human organsUrban Wanderer Low-Poly 3D ModelThe Urban Wanderer model presents a low-poly character in a light blue shirt and dark skirt holding a book. With 1,200 optimized polygons, it fits well in gaming, VR, and interior design scenes.View detailsThoughtful Man Sitting with Coffee 3D modelThe Thoughtful Man Sitting with Coffee 3D model shows a man in a light blue shirt and dark pants, holding a coffee cup. With 1,000 polygons and realistic textures, it fits interior design scenes and game environments.View detailsElegant Low-Poly Female Model 3D modelThe Elegant Low-Poly Female Model features a black suit and golden ponytail, designed with 1,200 polygons for optimized performance. Ideal for VR, animation, and architectural visualization, it highlights modern urban femininity with refined low-poly aesthetics.View detailsMiniature Gathering 3D modelThe Miniature Gathering 3D model showcases three detailed figures in a cozy setting, crafted with rich textures and low-poly design. Built with 2,200 optimized polygons, it's perfect for game development, VR, and immersive scene creation.View detailsUrban Walker 3D Model for DesignersThe Urban Walker 3D model features a man in a dark grey suit, combining realistic textures with low-poly design. Built with 1,200 optimized polygons, it suits interior design, gaming, and VR projects seamlessly.View detailsUrban Walker 3D ModelThe Urban Walker 3D model depicts a confident professional wearing a light blue shirt and dark gray pants, carrying a briefcase. Built with 500 polygons for optimized performance, ideal for game development, VR, and interior design visualizations.View detailsUrban Elite Low-Poly 3D ModelThe Urban Elite low-poly model showcases a mature character in a dark gray suit, blue shirt, and gray tie. With approximately 1,000 polygons and detailed textures, it suits office scenes, games, and VR projects.View detailsElegant Woman Silhouette 3D ModelThe Elegant Woman Silhouette 3D model showcases a deep blue dress with light blue heels, crafted in low-poly style with detailed textures. Built with 1,200 polygons for efficient performance, ideal for gaming, interior design, and VR applications.View detailsElegant Gentleman 3D Model for Creative ProjectsThe Elegant Gentleman 3D model showcases a deep gray suit with realistic textures. Built with low-poly geometry for smooth rendering, it fits interior design, gaming, and VR environments.View detailsUrban Elegance Gathering 3D modelThe Urban Elegance Gathering 3D model showcases stylishly dressed characters in a detailed modern scene. With optimized low-poly count and rich textures, it suits fashion events, upscale interiors, and VR experiences.View detailsFind more models from collection:3d model of human organs