Project Overview

This project is a 3D animation explaining a robotic-assisted cardiovascular intervention procedure, specifically PCI (Percutaneous Coronary Intervention). The video was designed to clearly present the structure and operating principles of the medical equipment, along with the full procedure workflow, so that not only medical professionals but also patients and general audiences can understand the process more intuitively.

The internal blood vessel environment and movement of medical instruments, which are difficult to capture through live-action filming, were recreated in 3D to clearly explain how the procedure is performed. In particular, the animation visualizes both the robotic-assisted PCI process and the role of the equipment, making complex medical technology easier to understand.

Content Structure

The video follows a clear sequence from disease introduction to the limitations of conventional procedures and then to an improved robotic-assisted approach. It first presents the condition of coronary artery disease, then explains potential challenges in a conventional treatment environment, before naturally transitioning into a 3D robotic cardiovascular procedure animation that demonstrates how robotic assistance can improve the workflow.

The operating room environment was created based on real clinical settings to clearly show equipment placement and procedural movement. Rather than using overly realistic or graphic medical visuals, the animation maintains a level of detail focused on clarity and understanding. This allows viewers to follow the procedure comfortably while still maintaining a professional and credible medical presentation.

The video was produced for use across a variety of applications, including investor presentations, medical device promotional content, and medical education materials. It is an explanatory 3D robotic cardiovascular procedure animation designed to support both medical communication and a clearer understanding of the equipment.