The Metastatic carcinoma is a high-fidelity 3D printed anatomical model designed for medical educators, students and clinicians. It shows real-life pathological features of metastatic adenocarcinoma with multiple tumour nodules. This model provides a detailed, tactile way to study cancer spread and aids in clear, accurate teaching or patient consultation. Choose this model if you demand realism and clinical accuracy in anatomical education.

Discover Profound Pathological Detail in the Metastatic carcinoma 3D Model

Enhance your pathology education with the Metastatic carcinoma 3D printed model. This model displays a lung sliced longitudinally to reveal metastatic adenocarcinoma nodules, offering an authentic representation of cancer’s progression. Multiple pale tumour nodules, some confluent and others beneath the pleura, illustrate metastatic patterns found in clinical practice. Highlighted hilar lymph nodes show tumour involvement, adding to the comprehensive view. Educators and clinicians can use this model to demonstrate cancer’s spread and discuss the clinical presentation of advanced disease cases. Bring complex concepts to life and foster deeper understanding with accurate, clinically relevant reproduction.

Features and Benefits

• 3D printed with clinical-grade accuracy for realistic anatomical study
• Displays multiple pale tumour nodules of varying sizes throughout the lung
• Shows confluent tumours near the hilum simulating advanced metastasis
• Hilar lymph nodes and thickened pleura accurately depicted
• Ideal for medical training, patient education or professional display
• Demonstrates adenocarcinoma metastasis with macroscopic clarity
• Durable model suited for repeated educational use
• Fast Australian-wide tracked shipping and clinical quality assurance

Indications for Use

• Medical student training in pathology and oncology
• Clinical education for nurses and allied health professionals
• Patient consultations regarding metastatic disease
• Visual aid for illustrating tumour spread and lung involvement
• Institutional teaching in universities or hospitals

Size Guide

• Standard model dimensions – reproduces adult human lung section (approximate size as per specimen)
• No variable sizing — single, full-scale anatomical display