Facelift surgery is a procedure designed to improve sagging skin and soft tissue caused by aging, restoring a firmer and more youthful facial contour.

Rather than simply tightening the skin surface, it repositions or lifts and secures the underlying SMAS layer (Superficial Musculoaponeurotic System), aiming for a more natural and long-lasting lifting effect.

We created a 3D medical animation to visualize the surgical process and lifting mechanism of a facelift.

⦁ Visualization of facial anatomical structures (skin, fat layer, SMAS)
⦁ Representation of causes of sagging and tissue displacement
⦁ Explanation of incision and tissue repositioning principles
⦁ Simulation of facial contour changes after lifting

By visually reconstructing the otherwise invisible changes beneath the skin and the direction of tension in a 3D format, the animation clearly communicates the surgical principles and outcomes.

This complex cosmetic surgical procedure is reinterpreted into easy-to-understand visual content, enhancing both scientific clarity and persuasive impact.