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Pyonephrosis
3D Printed Models

Pyonephrosis

SKU: ERLMP2096

$706.62inc. GST
$642.38 ex. GST
Quantity:
1
$15 flat rate shipping — Free on orders over $150
Fast Australian dispatch — tracked nationwide
Clinical-grade quality — education standard

Product Description

The Pyonephrosis is a clinical-grade 3D printed kidney specimen designed for medical educators and students. It demonstrates the detailed pathology of a hydronephrotic kidney filled with pus caused by upper urinary tract obstruction and infection. This high-fidelity model offers clear visualization for teaching the complexities of pyonephrosis and related urological conditions.

Experience Unmatched Anatomical Accuracy for Urology Training with Pyonephrosis

This advanced 3D printed Pyonephrosis model captures the critical features of an infected, obstructed kidney with remarkable precision. The specimen illustrates dilated pelvis and calyces, extensive renal fibrosis and realistic necrotic lesions containing pus. Its realistic design helps trainees identify sequelae such as perinephric abscesses and observe the gross changes that occur with chronic infection. Invest in this model to elevate your education and foster deeper understanding of rare renal pathologies and their clinical management.

Features and Benefits

  • Clinical-grade 3D printed replica based on real nephrectomy specimen
  • Displays dilated pelvis and calyces filled with yellow pus
  • Shows extensive fibrosis throughout renal parenchyma
  • Highlights hemorrhagic necrotic areas and abscess formation
  • Precisely represents gross anatomical and pathological changes
  • Ideal for medical, nursing, and pathology teaching
  • Free Australia-wide shipping for orders over $150

Indications for Use

  • Medical and pathology education for urology and renal disease
  • Training of students in identifying hydronephrosis and pyonephritis
  • Clinical demonstrations of pyonephrosis complications and abscesses
  • Teaching radiological and surgical management pathways

Size Guide

  • Life-size human kidney model derived from actual specimen
  • Model displays hemorrhagic necrotic zone approximately 35 x 12 mm on cut surface
  • No alternative sizes available