Scientifically Replicated
Anatomy
Clinically Validated
Realism
No Wet-Lab
Necessary
Compatible with robotic & laparoscopic systems
The Inguinal Hernia Model is designed to replicate key anatomical structures and variations for training in minimally invasive repair of bilateral inguinal hernias, compatible with TAPP and TEP techniques. The model features one indirect and one direct hernia defect, providing a comprehensive platform to master procedural steps and anatomical orientation.
This model accurately represents the retroperitoneal space, including critical vasculature, spermatic cord structures, and the bladder - enclosed in a realistic peritoneal layer.
Note: Male Pelvic Stand is sold separately
Optimized for use with
Compatible with robotic & laparoscopic systems
Explore the model in detail through this product overview video. See its lifelike anatomy, precise construction, and advanced features designed to elevate surgical training and simulation.
Life-like tissue response. Suture, staple, and cauterise like real human tissue.
Every organ is identical and consistent, enabling surgeons to practice a procedure as many times as they want - before ever touching a live patient.
Each IMRA Surgical model is clinically validated through expert surgeon evaluation and real-world procedural testing, ensuring exceptional realism and educational value.
No animals. No cadavers. No regulatory friction.
Works with all robotic & laparoscopic platforms.
Ethical Surgical Training Solutions Without Compromise