Redefining Surgical Training for Robotic-Assisted Procedures
Our CME Simulation Model is an anatomically true-to-life phantom designed for training and competency assessment in robotic-assisted complete mesocolic excision — one of the most complex procedures in colorectal surgery.
Developed using 3D data from real patient scans and precision-engineered silicone molds, the model replicates the detailed structures of the colon, mesocolon, and surrounding anatomy. Its high-fidelity design allows surgeons to experience realistic tissue handling, spatial orientation, and procedural steps identical to those in the operating room.
The model integrates seamlessly with clinical robotic systems, enabling surgeons to train in the same environment where real procedures are performed. It contains no animal-derived materials and includes innovative visual feedback features — such as fluorescent tissue markers that reveal mesocolic integrity under ultraviolet light.
Why It Matters
- Provides a safe, repeatable, and ethical way to train for complex robotic procedures
- Supports objective skill assessment using validated surgical and pathological evaluation tools
- Enhances precision and consistency in surgical performance
The CME Simulation Model sets a new standard in surgical education — making advanced robotic training more accessible, measurable, and clinically relevant.