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Carcinoma of Pyriform Fossa
3D Printed Models

Carcinoma of Pyriform Fossa

SKU: ERLMP2051

$723.65inc. GST
$657.86 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 Carcinoma of Pyriform Fossa is a precision 3D-printed anatomical model designed for medical educators, students, and clinicians. It demonstrates the pathology and progression of a real clinical case, making it ideal for teaching and training. Give learners a clear, tangible understanding of carcinoma development, diagnosis, and surgical outcomes with this high-quality model.

Visualize Complex Laryngeal Pathology Using the Carcinoma of Pyriform Fossa Model

This clinical-grade 3D model showcases the anatomy and pathology of advanced squamous cell carcinoma in the pyriform fossa. Medical professionals gain hands-on insight into tumour presentation, lymphatic involvement, and surgical outcomes. It enhances case-based learning, enables practical teaching of cancer risk factors, and highlights detailed anatomical distortion, supporting accurate diagnosis and treatment education. By using the Carcinoma of Pyriform Fossa model, educators ensure a visual, memorable demonstration of key disease features and management steps.

Features and Benefits

  • Accurate clinical case anatomy showing an amputated larynx with advanced tumour
  • Clearly defined irregular fungating tumour in the left pyriform fossa
  • Visible laryngeal tissue distortion and oedema for realism
  • Educational detail outlines squamous cell carcinoma progression
  • 3D printed in clinical-grade quality for durability
  • Helps teach disease etiology, risk factors, and symptom presentation
  • Supports surgical planning and oncology learning
  • Australian-made with reliable, fast shipping nationwide

Indications for Use

  • Medical and dental education
  • Pathology and oncology training
  • Teaching laryngeal surgery approaches
  • Simulation of neck dissections for students
  • Risk factor education for SCC
  • Patient communication and demonstration

Size Guide

  • Actual size 3D-printed replica based on adult male laryngeal anatomy
  • Dimensions accurately reflect clinical pathology specimen
  • Details proportionate to a real human larynx