The Abdomen with bilateral Hernias is a detailed 3D printed anatomical model designed for medical educators, students, and surgical trainers. It enables in-depth study of simultaneous direct and indirect inguinal hernias while offering a comprehensive exploration of abdominal and pelvic anatomy. Choose this model for its unmatched clinical realism, complexity, and educational value in understanding rare hernia presentations.

Advance Anatomical Learning with an Unrivalled 3D Hernia Model

The Abdomen with bilateral Hernias captures one of the largest and most complex anatomical dissections available. This partial torso model extends from the diaphragm to the mid-thigh, preserving varied levels of dissection throughout the abdomen, pelvis, and proximal thigh. The rare preservation of both direct and indirect inguinal hernias provides a unique perspective for teaching and examination. Critical anatomical features are meticulously maintained, including the diaphragm, retroperitoneal organs, major vessels, and pelvic contents. Anterior thigh dissection further enhances understanding of femoral and inguinal regions. This model stands out for its clarity, accuracy, and advanced level of anatomical detail, empowering users to teach, demonstrate, and examine complex pathologies in a realistic context.

Features and Benefits

• Partial torso from diaphragm to proximal thigh demonstrating full abdominal cavity
• Rare simultaneous depiction of direct and indirect inguinal hernias
• Preserved diaphragm with visible costodiaphragmatic recesses and fibrous pericardium
• Key vessels, organs, and nerves exposed for advanced anatomical exploration
• Removed anterior abdominal wall and GI tract for unrestricted retroperitoneal access
• Complete exposure of pelvic anatomy including urinary bladder and reproductive structures
• Dissection into both thighs with femoral triangle and compartment muscles visible
• Accurate preservation of hernia sacs, spermatic cords, and related vasculature
• Clinical-grade 3D print for realistic teaching, demonstration, and surgical planning

Indications for Use

• Medical and surgical education
• Anatomical demonstration of hernias and abdominal structures
• Surgical simulation and planning
• University anatomy teaching and practical exams

Size Guide

• Life-size model spanning from diaphragm to mid-thigh
• Model dimensions as supplied – complete abdominal cavity, partial torso, including both thighs
• No other sizes available; single clinical demonstration scale