The Hydronephrosis Hydroureter is a premium 3D printed anatomical model crafted for educators, students, and medical professionals. It provides a lifelike, visual illustration of kidney and ureter pathology, making complex concepts accessible. Choose this model for its striking realism, clinical accuracy, and utility in both teaching and diagnostic review.

See Real-World Pathology with the Hydronephrosis Hydroureter 3D Printed Model

This model redefines anatomical learning by replicating a full-size, bisected kidney and ureter specimen affected by severe hydronephrosis and hydroureter. You can examine the dramatically dilated renal pelvis, observe extensive parenchymal atrophy, and analyse the ureter with embedded brown-black calcium oxalate calculi. The Hydronephrosis Hydroureter model lets users visualise classic features of obstructive uropathy exactly as clinicians see during real cases. It suits teaching sessions, demonstrations, and exam preparation by showing precise anatomical relationships and pathology progression.

Features and Benefits

• High-resolution 3D printed replica displaying real clinical nephrectomy and ureterectomy specimen anatomy
• Mounted bisected kidney and opened ureter in anatomical continuity
• Replicates severe hydronephrosis, marked parenchymal atrophy, and dilated ureter
• Shows multiple brown-black calcium oxalate stones with irregular surfaces
• Clinical-grade accuracy ideal for health education and professional reference
• Durable, non-toxic material withstands repeated handling in classrooms
• Australian-made with fast nationwide dispatch and tracked shipping

Indications for Use

• Medical or allied health education for renal and urinary system pathology
• Teaching of obstructive uropathy, hydronephrosis, and hydroureter causes
• Demonstration in surgical, radiology, and anatomy training
• Patient education for urological conditions and interventions

Size Guide

• Model based on adult male left kidney and ureterectomy specimen
• Bisected kidney displayed in full length with attached, opened ureter
• Life-sized replica; matches in-situ anatomical scale for maximal realism