The Hepatocellular Carcinoma is a clinical-grade 3D printed model depicting malignant liver cancer, designed for medical educators, students, and health professionals. It delivers a realistic representation of pathology, aiding in the understanding of liver cancer development and progression. Choose this model for its authenticity, educational value, and detailed accuracy over standard diagrams or simple illustrations.

Elevate Medical Education with an Authentic Liver Cancer Model

This Hepatocellular Carcinoma 3D printed model brings real patient pathology to your fingertips. You can observe the multinodular appearance of cirrhosis along with two large tumours, replicating the clinical complexity of advanced liver cancer. Medical educators and students benefit from lifelike details that clearly demonstrate cirrhotic transformation, tumour growth, and associated liver changes due to Hepatitis C infection. This model enhances teaching on disease risk factors, mechanisms, mutational drivers, and sharpens clinical understanding of malignancy, metastatic spread, and treatment considerations. Its robust build ensures durability during repeated demonstration and hands-on learning, making it an essential tool for any teaching environment.

Features and Benefits

• 3D printed from real clinical history and specimen data
• Shows macronodular cirrhosis with multiple nodules
• Presents two prominent tumours (8 cm and 6 cm in diameter)
• Displays variegated cut surface with areas of necrosis, haemorrhage, and bile staining
• Clinical-grade accuracy for medical and educational use
• Durable for frequent classroom or workshop handling
• Enables clear visualization of liver pathology and cancer progression

Indications for Use

• Medical student anatomy and pathology training
• Health professional continuing education
• Patient education about liver cancer
• Demonstration of Hepatocellular Carcinoma risk factors and progression

Size Guide

• Model replicates actual liver with cirrhosis and tumours measuring 8 cm and 6 cm in diameter
• Represents nodules up to 2 cm in diameter