The Multinodular goitre is a highly detailed 3D-printed anatomical model designed for medical professionals, educators, and students. It provides an accurate representation of nodular thyroid enlargement, enabling realistic demonstration of complex pathology and related clinical scenarios. This model helps users visualize key structural changes and understand the clinical implications associated with thyroid disease.

Bring Thyroid Pathology to Life with the Multinodular goitre Model

This clinical-grade 3D-printed model presents a unique, hands-on aid for teaching and understanding nodular goitre pathology. The model includes anatomical structures such as the tongue base, larynx, trachea, and an enlarged thyroid gland, with visible hyper- and hypopigmented nodules and cystic areas. Medical instructors and learners can explore how multinodular goitre alters neck anatomy and compresses adjacent structures, supporting in-depth study of symptoms and disease progression.

Features and Benefits

• 3D-printed from real clinical pathology for unrivaled accuracy
• Coronal plane cut reveals internal laryngeal and tracheal anatomy
• Displays enlarged thyroid with wide-reaching right lobe extension
• Visible hyperpigmented and hypopigmented nodules
• Shows cystic changes across both thyroid lobes
• Includes tongue base, larynx, trachea with preserved appearance
• Supports detailed pathological and anatomical teaching

Indications for Use

• Medical and pathology education
• Anatomy demonstrations in clinical teaching
• Patient communication for thyroid diseases
• Simulation of neck swelling, goitre symptoms, and airway effects

Size Guide

• This is a fixed size, life-size anatomical model created for accurate human anatomy representation