3D Model of Human Liver Anatomy - Scientific and Medical Low-poly 3D model

This h3D model presents a medically accurate representation of the human liver, showcasing the intricate structure and biological sophistication of the body’s largest internal organ. The model includes the distinctive four-lobe layout: the dominant right lobe, smaller left lobe, the quadrate lobe adjacent to the gallbladder, and the caudate lobe near the inferior vena cava. Detailed anatomical elements include the portal triad systems—hepatic artery, portal vein, and bile ducts—precisely defining each segment of the liver.

The visualization features an authentic reddish-brown texture that captures the vascular density of the organ. It includes detailed hepatic lobules with radial hepatocyte arrangements, central veins, Kupffer and stellate cells, and sinusoidal capillaries where metabolic functions occur. The intrahepatic biliary system is depicted from canaliculi to the common hepatic duct, clearly illustrating bile flow and surgical landmarks such as the hepatocystic triangle.

High-resolution textures and medical-grade lighting emphasize the vascular, venous, and biliary systems with accurate color coding: bright red for arteries, dark red for veins, and golden-green for bile ducts. This model is perfect for educational, medical, or surgical reference and professional visualization projects that demand precision and realism.