The Adrenal haemorrhage / Waterhouse-Friderichsen Syndrome is a clinical-grade 3D printed anatomical model designed for medical professionals, educators, and students. It vividly demonstrates the pathological features of adrenal haemorrhage in the context of severe septic shock. Choose this model to understand, visualize, and teach the critical changes seen in Waterhouse-Friderichsen Syndrome, ensuring more effective clinical, pathology, or academic training.

Study Realistic Pathological Anatomy with a Precision 3D Printed Model

This Adrenal haemorrhage / Waterhouse-Friderichsen Syndrome model provides unmatched clarity for illustrating the clinical and pathological process of adrenal failure caused by overwhelming sepsis. It displays the combined kidney and adrenal gland with extensive haemorrhage visible in the adrenal medulla and periadrenal fat. The model replicates the classic presentation of Waterhouse-Friderichsen Syndrome, which helps learners recognize life-threatening signs like hypotension, shock, and adrenal insufficiency in rapid-onset sepsis. Medical educators and clinicians use this detailed tool to explain the impact of disseminated intravascular coagulation, multi-organ involvement, and the process of adrenal destruction from bacterial infection. Crafted to meet education standards, it stands as a durable, accurate and indispensable resource for demonstration, simulation, or examination settings.

Features and Benefits

• Clinical-grade 3D printed model with mounted kidney and adrenal gland
• Detailed cut surfaces displaying extensive adrenal medullary haemorrhage and blood extravasation into periadrenal fat
• Accurately illustrates classic Waterhouse-Friderichsen Syndrome pathology
• Durable design for repeated use in teaching and simulation
• Meets education and institutional standards for pathologic demonstration
• Ideal for clinical, anatomy, and pathology training

Indications for Use

• Medical education and training about adrenal haemorrhage and Waterhouse-Friderichsen Syndrome
• Simulation scenarios focused on septic shock and acute adrenal insufficiency
• Demonstration of DIC and infectious causes of adrenal failure
• Reference for medical, nursing, and allied health curriculum
• Review for pathology examinations and practical skill development

Size Guide

• This 3D printed model represents life-size anatomical proportions of the human kidney and adrenal gland
• No variable sizing; each model presents standard clinical dimensions of combined renal-adrenal structure