The Suppurative arthritis of the knee is a highly detailed 3D printed anatomical model designed for medical educators, clinicians, and students. It accurately demonstrates the devastating effects of bacterial infection and tuberculosis on the knee joint. This model helps users understand the complex pathology of septic arthritis and improve diagnostic and teaching skills. Choose this model for clinical-grade quality and realistic anatomical features, making it invaluable for advanced medical training.

Visualize Infection and Joint Destruction With Unmatched Clarity

This Suppurative arthritis of the knee model captures the severe joint destruction following bacterial infection in a previously TB-damaged knee. The specimen displays the femur and tibia’s eroded articular surfaces, including irregular brown coloring, shaggy adhesions, yellow necrotic plaques, and bony projections. Detailed representation enables users to study rare and complex pathological presentations, including both suppurative and tuberculous processes found in adults. Use it to elevate your teaching, research, or clinical decision-making.

Features and Benefits

• 3D printed from true clinical specimen for authentic detail
• Replicates eroded and irregular joint surfaces of femur and tibia
• Displays adhesions, necrotic plaques, and bony projections up to 1 cm
• Highlights pathology following Staphylococcus aureus infection and history of tuberculosis
• Clinical-grade quality suitable for advanced anatomy education
• Ideal for demonstrating diagnosis, infection, and joint degeneration
• Supports teaching of rare joint pathologies and differential diagnosis

Indications for Use

• Medical and allied health education
• Training in pathology of septic or tuberculous arthritis
• Clinical demonstration of joint destruction due to infection
• Research reference for musculoskeletal infection

Size Guide

• Exact anatomical dimensions based on human knee specimen
• Displays femur and tibia surfaces with prominent pathological projections up to 1 cm wide
• Scaled true-to-life for realistic teaching use