This is a 3D medical video produced to explain the features of the new volume injection and the principles of how it works within the skin.

This medical product explanation video goes beyond simply showcasing the product's effects; it provides a step-by-step explanation covering everything from what the ECM is to its role within skin tissue. It visualizes internal skin structures and changes in the extracellular matrix—which are difficult to verify through actual filming—using 3D graphics.

The video depicts the process of product ingredients being delivered into the skin after volume injection and the principles of how they interact with the ECM environment. It then sequentially shows the process of volume formation as the skin tissue changes, allowing customers to easily understand the product's mechanism of action.

In particular, it utilizes skin cross-sections and tissue structures to clearly represent the location and role of the ECM, intuitively conveying the flow of changes in the internal skin environment and volume formation from immediately after injection. By implementing complex biological processes using professional 3D video production technology, the video effectively explains the product's differentiation and principles.

Designed to focus on information delivery so that both medical professionals and customers can easily understand the product's working process, this 3D medical video can be utilized for product introductions, treatment consultations, academic presentations, and marketing. This is an explanatory video for a new medical product that accurately visualizes its features and ECM-based mechanism of action, while explaining the volume formation process step-by-step. Through professional 3D production, the invisible internal changes within the skin are depicted realistically and in an easy-to-understand manner.

Key Production Contents
• Explanation of the features of the new volume injection product
• Visualization of the concept of ECM and its role within the skin
• Depiction of the product injection process into the skin
• Implementation of changes in the extracellular matrix environment
• Depiction of skin tissue changes and the volume formation process
• Explanation of the mechanism of action using skin cross-sections
• Composition for delivering information to medical professionals and customers
• Production of medical animation for product consultation and marketing