Project Overview

This project is a medical 3D visualization created to explain the procedure and operating principles of the MISHA (Medial Implantable Shock Absorber), a knee load reduction device designed to alleviate pressure on the medial compartment of the knee joint. The animation was developed to help both healthcare professionals and general audiences intuitively understand the device’s placement, structure, and functionality through clear step-by-step visualization.

Because the internal environment of the knee joint is difficult to observe through conventional filming, the project utilizes 3D medical animation to recreate the anatomy and demonstrate how the device helps redistribute mechanical loads within the joint.

Visualization Approach

The animation presents the knee joint through detailed cross-sectional anatomical views, allowing viewers to clearly understand where the device is implanted and how the procedure is performed. Bone structures, soft tissues, and joint movement are visualized together to provide a comprehensive view of the treatment process.

Special attention was given to illustrating the device’s mechanical function during movement. Through animation, viewers can observe how the MISHA device absorbs shock and redistributes load as the knee moves, helping reduce pressure on affected areas of the joint. These visualizations make the device’s benefits and engineering principles easier to understand without relying on complex medical explanations.

To ensure accessibility and educational value, the content avoids overly graphic surgical depictions while maintaining anatomical accuracy and clinical relevance. This balanced approach makes the animation suitable for both professional medical communication and broader educational purposes.

Applications

This animation was created as an explanatory medical device visualization suitable for a variety of applications, including medical device marketing, scientific presentations, healthcare education, exhibitions, trade shows, and promotional materials.

By combining anatomical visualization, procedural explanation, and device mechanism animation, the project effectively communicates the value and functionality of the MISHA knee load reduction system through high-quality 3D medical content.