The liver anatomy model is an important teaching tool and educational display item used in medical education and public science communication. It is meticulously crafted based on the actual structure of the human liver, maintaining a precise scale. The model fully presents the outline and structure of each lobe of the liver, such as the left lobe, right lobe, caudate lobe, and quadrate lobe. It also clearly marks the hepatic portal area, visually demonstrating the distribution relationships of important channels like the hepatic artery, portal vein, and bile duct, facilitating learners' systematic understanding of the anatomical features of the liver.

This model is usually made of high-quality and environmentally friendly materials, with scientifically applied surface coloring and distinct layers. It can distinguish different structures and tissues, enhancing its recognizability. Some models are designed as detachable structures, allowing for disassembly to reveal the internal blood vessels and biliary system, making the complex content more intuitive and specific, thereby enhancing the teaching effect.

In terms of teaching applications, liver anatomy models are widely used in medical schools, nursing training, and clinical education. They can be used to explain the physiological functions of the liver, common diseases (such as liver cirrhosis and liver tumors), and the positioning of surgical-related structures. Compared to planar diagrams, this model has a stronger three-dimensional feel and interactivity, which helps to enhance learning interest and spatial comprehension ability.