For decades, facelifts were associated with tight, pulled skin and an obviously surgical appearance. That reputation still lingers today, and may be what you picture when you hear the word “facelift.”
Fortunately, however, that image no longer reflects how skilled surgeons perform this procedure. Modern techniques target the face’s internal structures, not just the surface, as older techniques did.
Achieving reliable facelift results involves more than simply tightening the skin, which is why modern techniques also consider the deeper layers of the face. To understand why, it helps to first look at what actually causes the face to visibly age.
Contents
Aging Works From the Inside Out
Most people think of facial aging only in terms of what they see, such as deeper lines and wrinkles, a softer jawline, hollow cheeks, and a fuller lower face. It is easy to think of each change as skin-level only. While fine lines and skin laxity are part of the picture, they’re only a fraction of the real aging process. Much of it is happening at a deeper level.
The face is supported by a network of fat compartments, ligaments, and connective tissue that anchor everything to the underlying bone. Over time, those ligaments weaken. The fat pads that once sat high on the cheekbones gradually shift downward. Volume moves from the upper and midface into the lower face and jowl area. The nasolabial folds (the lines running from the nose to the corners of the mouth) deepen as that descent continues.
From the outside, it may just look like your skin is loosening. In reality, the tissue beneath the skin can also shift downward with age. This is one reason modern facelift techniques look beyond the skin itself, addressing deeper structures as part of the surgical approach.
The SMAS Layer and Its Role in Modern Facelifts
Central to modern facelift surgery is a structure called the SMAS (Superficial Muscular Aponeurotic System). The SMAS is a continuous layer of muscle and fibrous tissue that runs beneath the facial skin, connecting the outer skin to the deeper muscles. In youth, it holds the face’s muscles, fat, and skin in their natural positions. As you age, it weakens and descends. The tissues connected to it follow.
The standard approach to modern facial plastic surgery for women and men alike targets the SMAS layer. By lifting, repositioning, or suturing the SMAS, a surgeon can directly address tissue descent and restore structural support to the face. The overlying skin will typically follow that correction naturally, without needing to be pulled tight to hold the result.
What Outdated, Skin-Only Techniques Produce
Earlier facelift approaches focused on trimming excess skin and pulling the remainder taut. They left the underlying facial structure untouched, correcting only the surface.
This technique is what produced the “overdone” results in older facelifts. The procedure stretched skin across facial structures that remained in their descending positions. Features looked strained and unnatural, rather than refreshed, because the technique focused solely on the skin.
Because skin-only techniques focused primarily on the surface, the underlying changes associated with facial aging remained. Over time, those continued changes could affect the appearance of the result.
What a Structure-First Result Looks Like
Structure-based facelift surgery takes a different approach to the changes that occur beneath the skin. Rather than focusing solely on excess skin, the technique can address the position of deeper facial tissues, including the fat compartments and connective tissue. The skin is then considered in relation to those underlying structures rather than treated as an isolated layer.
A modern facelift uses your individual anatomy to guide the surgical plan, including the position of the deeper tissues, the quality of the skin, and the proportions of the face when deciding where and how to make corrections. This approach allows the surgical plan to account for your existing features.
Facial movement also plays an important role in facelift surgery. The deeper tissues contain and surround structures involved in facial expression, including branches of the facial nerve. A skilled surgeon accounts for how those structures relate to one another when choosing a technique.
It’s important to note that modern facelifts can address some of the visible effects of aging, but they do not stop the aging process. SMAS facelift results vary between patients, and factors such as anatomy, skin quality, surgical technique, and continued aging can influence how the result changes over time. The procedure addresses the structures and changes present at the time of surgery, while the face continues to age naturally afterward.
Find a Surgeon You Can Trust
Structure-based facelift surgery is technically demanding. The SMAS and surrounding facial anatomy sit in close proximity to branches of the facial nerve. Working at this depth requires precise knowledge of how each layer connects to the surrounding structures. The quality of the outcome depends heavily on a surgeon’s training.
Before scheduling your facelift, find a surgeon you trust with your transformation. With so many options promising quality results, how do you know what to look for? A good baseline for a quality surgeon is board certification. A double board-certified facelift surgeon brings both the anatomical grounding and the breadth of surgical training required for these deeper techniques.
A surgeon’s qualifications are vital, but it is also important that the surgeon makes you feel welcome. Your facelift is deeply personal. You need someone who understands your unique anatomy, goals, and concerns and is ready to help you achieve the best possible results.