Asian Face Lift with the Composite Face Lift Technique
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Introduction
For decades, facelift surgery has evolved through a series of technical innovations. Skin-only facelifts progressed to SMAS plication. SMAS techniques evolved into extended SMAS procedures. Deep-plane facelifts expanded our understanding of facial support, and more recently, composite facelift techniques have further refined facial rejuvenation.
Each innovation has attempted to answer the same question: How can we produce a more natural and longer-lasting facelift? Yet despite these technical advances, many surgeons continue to encounter familiar challenges.
Patients increasingly expect natural facial rejuvenation without the appearance of having undergone surgery. They seek rapid recovery, durable correction and minimal complications—all while maintaining their unique facial identity.
Traditionally, these objectives have been viewed as competing priorities. Greater correction often required more extensive dissection. More powerful lifting vectors sometimes prolonged recovery. More aggressive surgery carried understandable concerns regarding facial nerve injury.
But must these trade-offs continue to exist?
The study Asian Face Lift with the Composite Face Lift Technique by Wong, Hsieh, and Mendelson suggests a shift in perspective. Rather than focusing on how the face should be lifted, it encourages us to first consider which anatomical relationships we are trying to restore.
These five layers are bound together by a system of retaining ligaments that secures the soft tissues to the facial skeleton and deep fascia. The outer three layers function as a single unit, a composite flap that is the superficial fascia.
Layer 4 contains the gliding plane in the form of soft-tissue spaces alternating with areas of fixation provided by the retaining ligaments. Thisfacilitates movement of the superficial fascia independent of the underlying deep fascia. Surgically, this is the “ideal” plane for dissection because it is avascular, may be opened bluntly with minimal trauma, and is safe, as it is devoid of any vital structures. Accordingly, it is the plane of dissection in our composite face lift technique. The facial nerve branches travel through layer 4, where they remain outside the spaces. They ascend to layer 3 in close relationship with the retaining ligaments. These are locations where the nerves are at risk of injury.
In youth, this layer, while allowing for mobility, is firm and taut (left). With aging, because of the predisposition for laxity and tissue relaxation, expansion and sagging develop over the roof of the facial soft-tissue spaces (right). Accordingly, as this is the main anatomic site of laxity that develops with aging, directly tightening the superficial fascia is the most effective and logical way to perform the face lift. This also delivers the most natural and harmonious facial rejuvenation by restoring the superficial fascia to its location in youth.
Composite Face Lift Technique
The Role of Fascial Soft-Tissue Spaces
One of the defining features of the composite facelift is the use of the facial soft-tissue spaces as the principal plane of dissection.
These spaces are natural anatomical planes that are relatively avascular and largely free of major neurovascular structures. Rather than relying on extensive sharp dissection, the surgeon utilises these spaces to mobilise the composite flap while preserving critical anatomical structures. Once the retaining ligaments are released under direct visualisation, the flap can be repositioned with considerably less resistance.
This anatomical approach offers two important advantages. First, it enables greater mobility of the facial soft tissues without placing excessive tension on the skin. Second, by respecting established anatomical planes, it may reduce tissue trauma and contribute to the low complication rates reported in the study.
Beyond Elevation: Restoring Facial Harmony
Perhaps the greatest contribution of the composite facelift is that it reframes the objective of facial rejuvenation. Rather than asking how far tissues can be lifted, the technique asks where those tissues naturally belonged before ageing occurred.
This distinction is subtle but profound. The goal is not to create a tighter face, but to restore facial harmony by repositioning the composite soft-tissue envelope in accordance with normal anatomy.
For Asian patients, whose facial skeleton, soft-tissue volume, and ageing patterns differ from those of Caucasian patients, this anatomy-driven philosophy is particularly relevant. It allows the surgical plan to be tailored to the unique structural characteristics of the Asian face, rather than adapting techniques originally designed for different facial morphology.
Ultimately, the composite facelift should not be viewed solely as a surgical technique. It represents an evolution in surgical thinking—one in which anatomy, biomechanics, and tissue preservation work together to achieve rejuvenation that appears natural because it restores, rather than simply repositions, the face.
In the face, a line for the deep plane entry is marked, extending from the lateral canthus to the angle of the madible. Facial sub-SMAS dissection is performed with a three-step approach.
This is initiated with entrance into the lower premasseter space, as this is easiest to access, being the largest and most distinct soft tissue space in the face. An initial 2-cm incision at 10 mm above the angle of mandible along the planned SMAS incision line is made with a no. 15 blade. The space is bluntly opened using verticalspreading of the Metzenbaum scissors. Correct entrance into the lower premasseter space is confirmed by visualization of fibers of the masseter on the floor of the space and fibers of the platysma in the roof of the space. Once these landmarks are visualized, the space is bluntly opened with a Trepsat dissector to its anterior boundary(Fig. 3, above, right).
The SMAS incision is then extended upward to the body of the zygoma along the rest of the planned incision. The upper premasseter space located approximately 10 mm above the upper boundary of the lower premasseter space is then opened using the same dissection technique. Once opened, the upper space is tented upward with a retractor, and the retaining ligaments in the interval separating the lower and upper spaces are sharply released near the roof of the space (Fig. 3, center).
Looking Beyond Technique
One of the greatest strengths of this publication is that it shifts the discussion away from surgical manoeuvres and towards anatomy. The composite facelift is not presented simply as another method of SMAS manipulation.
Rather, it is based upon the concept that facial ageing primarily represents descent of the superficial fascial system after progressive attenuation of the retaining ligaments and the loose areolar layer.
This distinction is subtle but important.
If ageing is fundamentally an anatomical problem, then rejuvenation should also be anatomical.
The objective therefore becomes restoration rather than traction. Instead of tightening tissues, the operation seeks to restore the superficial fascial envelope to its youthful position after systematic release of the retaining ligaments through the facial soft-tissue spaces. This represents a philosophical shift more than a technical one. Why Asian Patients Require a Different Conversation One of the reasons this paper is particularly valuable is that it does not simply adapt Western facelift techniques to Asian patients.
Instead, it recognises that Asian facial morphology presents unique biomechanical considerations.
Compared with Caucasian patients, Asian faces generally demonstrate:
Characteristic | Surgical Implication |
Thicker dermis | Greater tissue weight |
Broader facial width | Reduced efficiency of lateral vectors |
Flatter midface | Less anterior projection |
Heavier soft tissues | Greater gravitational descent |
These anatomical characteristics mean that simply increasing lateral traction may not adequately restore youthful facial contours. Instead, the authors advocate restoration of the composite fascial system using vectors that better respect Asian facial anatomy. That distinction deserves greater attention than it often receives.
Twenty milliliters of fat were injected for her. At the same time, upper blepharoplasty with levator advancement for upper eyelid ptosis correction was performed. Additional procedures performed included an extended transconjunctival lower blepharoplasty (Wong CH, Mendelson B. Extended transconjunctival lower eyelid blepharoplasty with release of the tear trough ligament and fat redistribution. Plast Reconstr Surg. 2017;140:273–282), an upper lip lift, and a chin implant via an intraoral approach. No submental incision was performed. The patient is shown at one year after surgery. The composite face lift delivers a natural rejuvenation. (Above, center, and below, center) Three-quarter view of our patient. Note the restoration of the Ogee curve of youth and long-term correction of the jowl and jawline. (Above, right and below, right) Lateral views of our patient with good long-term results. The temporal hairline and retrotragal incisions healed well, being imperceptible when closed in a tension-free manner.
No submental incision was performed. Fourteen cc of fat were injected into her centrofacial areas. (Right) She isshown here at 2 years postoperatively. Note the restoration of the Ogee curve of youth and
long-term correction of the jowl and jawline.
Does the Evidence Support the Philosophy?
The study included 128 Asian patients treated over a ten-year period.
The reported outcomes were impressive.
Outcome | Result |
Patient satisfaction | 96% |
Mean follow-up | 26 months |
Maximum follow-up | 108 months |
Permanent facial nerve injury | 0% |
Haematoma requiring surgery | 0% |
Skin flap necrosis | 0% |
This represents one of the larger published series evaluating composite facelift surgery specifically in Asian patients. The follow-up extended to nine years in selected patients, allowing assessment of durability rather than merely early postoperative success. Complication rates also compare favourably with those reported for many contemporary facelift techniques.
Together, these observations suggest that the reported outcomes are unlikely to represent isolated successes.
Forty-six cc of fat were grafted. No submental approach was performed for her. She is shown at 1
year postoperatively with natural and harmonious facial rejuvenation and discrete scars. (Above, center, and below, center) Three-quarter views of our patient. (Above, right, and below, right) Lateral views of our patient with good long-term results. The temporal hairline and retrotragal incisions healed well, being imperceptible when closed in a tension-free manner.
Conclusion
The composite facelift represents a significant evolution in facial rejuvenation by shifting the focus from simply lifting tissues to restoring facial anatomy. For Asian patients, this anatomy-driven approach offers a compelling solution that addresses their unique facial characteristics while achieving natural-looking, long-lasting results.
Although further comparative studies are needed, the outcomes reported by Wong, Hsieh, and Mendelson—including high patient satisfaction, durable results, and a favourable safety profile—highlight the potential of the composite facelift as an effective technique in modern facial rejuvenation. Ultimately, this paper reminds us that successful facelift surgery is not defined by the complexity of the procedure, but by how accurately it restores the anatomy of the ageing face. Reference:
Wong, Chin-Ho, Hsieh, Michael Ku Hung, & Mendelson, Bryan. (2022). Asian face lift with the composite face lift technique. Plastic and Reconstructive Surgery, 149(1), 59–69.
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