Features
The Multiple Polyposis Coli is a 3D printed anatomical model of the sigmoid colon designed for medical educators and healthcare professionals. It accurately recreates a range of polyp types found in this clinical condition, helping users visualize the pathology and understand polyp development. Choose this model to bring crucial pathology to life for both instructional and demonstration purposes.
Bring Advanced Pathology to Life with Accurate 3D Realism
The Multiple Polyposis Coli model offers a realistic educational tool that highlights detailed anatomical and pathological features. The model presents two segments of sigmoid colon with mucosa featuring numerous sessile and pedunculated polyps, some pigmented and up to 1.5 cm in diameter. Each polyp is modeled according to accurate histological patterns, including tubular, villous, and tubulovillous adenomas, and demonstrates varying grades of dysplasia. This model replicates the appearances seen in familial adenomatous polyposis and sporadic colonic adenomas. Medical schools, teaching hospitals, and residency programs rely on this premium-grade educational resource to help students and clinicians understand the progression of polyposis and its implications.
Features and Benefits
- 3D printed for precise, lifelike anatomical detail
- Displays sessile and pedunculated polyps up to 1.5 cm
- Pigmented polyps for visual differentiation
- Includes two distinct segments of sigmoid colon
- Represents tubular, villous, and tubulovillous adenomas
- Perfect for clinical, educational, and demonstration use
- Clinical-grade quality supports high instructional standards
- Replicates familial adenomatous polyposis features
Indications for Use
- Medical and anatomical education
- Demonstration of colonic polyposis pathology
- Training of healthcare professionals and students
- Support for lectures and clinical discussions on FAP
Size Guide
- Model includes two sigmoid colon segments
- Polyps up to maximum 1.5 cm diameter
- No additional size options specified



















