Cholecystitis and Cholelithiasis

The Cholecystitis and Cholelithiasis is a clinical-grade 3D printed anatomical model designed for medical professionals, educators, and students. It clearly demonstrates the intricate pathology of gallbladder disease, making complex concepts easy to teach and understand. Choose this model to provide learners with a tangible, visually accurate reference for both cholecystitis and gallstone formation.

Engage Your Learners with Realistic Gallbladder Disease Anatomy

This 3D printed Cholecystitis and Cholelithiasis model captures the hallmark features of gallbladder inflammation and gallstones. Vivid anatomical detail showcases a thick-walled gallbladder, thickened haemorrhagic mucosa, and multiple irregular faceted calculi. A large stone remains impacted in the gallbladder neck, bringing to life the complications of acute cholecystitis and cholelithiasis. Educators use this model to demonstrate real clinical findings, speeding up the recognition of right upper quadrant pain syndromes, jaundice, and complications like perforation or fistula. Crafted with the clinical accuracy demanded by Australian medical schools, it offers an indispensable visual aid for case-based discussions and clinical skill training.

Features and Benefits

• 3D printed from real clinical case data for unmatched realism
• Displays a thick-walled gallbladder with thickened haemorrhagic mucosa
• Shows multiple irregular faceted gallstones, including one impacted in the neck
• Demonstrates serosal congestion and loss of normal gallbladder sheen
• Clinical-grade quality suitable for education and training environments
• Supports demonstrations of acute and chronic cholecystitis pathology

Indications for Use

• Medical education and anatomical study of cholecystitis and cholelithiasis
• Clinical skills training for diagnosis of gallbladder disease
• Patient education on gallstone complications
• Teaching surgical procedures such as cholecystectomy

Size Guide

• Standard model represents an adult gallbladder
• Exact anatomical proportions based on original pathological specimen
• No alternate sizes available for this model