You may be asking how face lifts are done after noticing that your jawline has softened, your cheeks have descended, or loose neck skin no longer matches how you feel. The common image is a surgeon pulling the facial skin backward until it looks tight. That picture is incomplete. A modern facelift is planned around repositioning deeper support layers, then redraping the skin with as little tension as possible.
The operation is customized to your anatomy. A mini facelift may focus on early jowling, while a deeper facelift can address descent through the midface, lower face, and neck. The right choice depends on skin quality, tissue movement, neck anatomy, prior treatments, and the result you want to see in the mirror.
Table of Contents
- Introduction to How Face Lifts Are Done Today
- Understanding Facelift Types and Which Anatomy They Lift
- Anesthesia Options and Where Incisions Are Placed
- Inside the Procedure How Surgeons Lift and Reposition Tissue
- Recovery Timeline Risks and What Affects Your Result
- Choosing Your Approach and Planning Your Consultation
Introduction to How Face Lifts Are Done Today
A useful way to understand facelift surgery is to follow what changed inside the operating room over time. Early rhytidectomy began with skin removal and wound repair, without undermining the facial skin. In 1901, the operation was a skin excision procedure. By 1926, surgeons were using coronal incisions for forehead lifting and treating neck fullness. In 1974, Tord Skoog described the deep plane concept, while Mitz and Peyronie identified the SMAS, or superficial musculoaponeurotic system. These developments moved facelift surgery from skin tightening toward structural repositioning, as described in this history of facelift evolution.
The skin is the covering, not the entire support system
Think of the face as a layered structure. The skin is the visible covering. Beneath it are fat compartments, connective tissue, the SMAS layer, muscles, and deeper anatomical planes. Aging can stretch and shift several of these layers, so tightening only the surface may create a pulled appearance without fully restoring the jawline or cheek contour.
A modern facelift usually begins by elevating a skin flap. The surgeon then evaluates and repositions the deeper support layer, often the SMAS or a deeper plane, before redraping the skin. This approach lets the deeper tissues carry the lifting force instead of asking the skin to do all the work.
Practical rule: A natural facelift should be planned around the patient's anatomy and aging pattern, not around a single named technique.
What happens during a modern consultation
At Athena Plastic Surgery, Dr. Avron H. Lipschitz evaluates facial aging in three dimensions, including jowling, midface descent, neck laxity, skin quality, and the relationship between the face and neck. The practice uses an accredited in-office surgery center in Stuart, and consultation resources include VECTRA H2 3D imaging, 3D before-and-after viewing, and educational materials.
The point of imaging isn't to promise an exact postoperative face. It can help you discuss proportions, contour goals, and whether a facelift, neck lift, deep neck lift, mini facelift, or a non-surgical option fits the concern you're trying to correct.
By the end of a thoughtful consultation, you should understand which layer needs to move, where the incisions would be placed, what anesthesia is being considered, how much recovery to plan for, and which trade-offs matter most to you. That knowledge turns “How are face lifts done?” from a vague internet question into a specific surgical conversation.
Understanding Facelift Types and Which Anatomy They Lift
The names can be confusing because surgeons may describe a facelift by the structure lifted, the plane entered, or the way the SMAS is handled. The most useful comparison is anatomical. Ask what tissue will be released, what will be repositioned, and which areas of your face or neck that movement can realistically improve.
Comparing the main approaches
A SMAS plication folds or gathers the SMAS to strengthen support without extensive dissection beneath it. SMAS imbrication overlaps or advances part of the layer. Both approaches can improve lower-face laxity and jowling, but the exact vector depends on the surgeon's plan and your tissue characteristics.
A deep plane facelift enters beneath the SMAS and releases deeper connections so the skin and support tissues can move together. This may help address midface descent, jowls, and selected neck concerns, but it places greater importance on precise control around facial nerve branches and careful bleeding control.
A mini facelift generally uses a more limited operation for less extensive laxity. It can be appropriate when the main concern is early lower-face softening and the patient prefers a smaller treatment area, though it can't correct every pattern of midface or neck descent.
| Technique | Plane and Lift | Best For | Trade-off to Discuss |
|---|---|---|---|
| SMAS plication or imbrication | Skin flap with tightening or advancement of the SMAS layer | Lower-face laxity, early to moderate jowling, selected neck changes | The surgeon must balance support, skin tension, and the approach-specific risk profile |
| Deep plane facelift | Dissection beneath the SMAS, with release and repositioning of connected deeper tissues | Midface descent, jowls, and more developed lower-face laxity | Deeper work can improve contour, but it requires meticulous plane control near facial nerve branches |
| Mini facelift | More limited dissection, often focused on the lower face | Early jowling and patients seeking a more limited procedure | A smaller operation may not address substantial neck laxity or broader midface descent |
Technique selection also involves safety. In a meta-analysis of SMAS facelift techniques, temporary nerve injury ranged from 0.69% for SMAS plication and deep plane to 1.85% for high lateral SMAS, while major hematoma rates reached 1.22% for deep plane and 1.92% for SMAS imbrication. Permanent nerve injury didn't differ significantly across the techniques in that analysis, but every approach requires careful anatomical planning. The data are reported in this analysis of SMAS facelift techniques.
A non-surgical discussion can also be useful when laxity is mild or the patient isn't ready for surgery. For general background on lifestyle approaches that may support the appearance of the jawline, you can read SleepHabits' resource on restoring the jawline. For patients specifically considering deeper facial and neck repositioning, Athena's deep plane facelift and neck lift guide provides an additional way to prepare for consultation.
Anesthesia Options and Where Incisions Are Placed
Before the first incision, the surgical team has already made several decisions about comfort, access, and scar placement. These choices aren't separate from the operation. They shape how safely the surgeon can work and how discreetly the incisions can heal.
Anesthesia is matched to the operation and patient
A deep plane facelift can be performed under local anesthesia alone. Some patients instead receive general anesthesia or an intravenous adjunct such as propofol to improve comfort. The decision depends on the planned extent of dissection, whether a neck lift or another procedure is being added, medical considerations, and the surgeon's preferred setting.
Local anesthetic is injected along the planned incision lines. Tumescent solution is then infiltrated beneath the intended dissection area. This numbs the tissue and helps prepare the operative plane. The anesthesia plan should be explained before surgery, including who will administer it, how monitoring will occur, and what you should expect immediately afterward. The deep plane anesthesia and operative planning reference describes local anesthesia, general anesthesia, propofol, and tumescent infiltration in this context.
Incisions follow natural boundaries
The surgeon typically places facelift incisions within concealed facial boundaries. They may begin near the temporal hairline, continue in front of and behind the ear, and extend toward the posterior hairline. When a neck lift is added, a small incision may also be placed beneath the chin.
The goal isn't just to make the incision short. A short incision may limit access, while an overly extended incision may disturb hairline position or create unnecessary scar length. The surgeon chooses the pattern that provides adequate access to the skin flap, SMAS, neck tissues, or deep neck structures while respecting your hairline and natural creases.
Before surgery, ask to see the proposed incision path on your own face. Discuss whether the temporal hairline will be preserved, how the incision travels around the ear, whether a submental incision is needed, and how the plan changes if a neck lift is added. Athena's guide from anesthesia to incisions for mini facelift steps offers another patient-oriented explanation of this pre-incision sequence.
Inside the Procedure How Surgeons Lift and Reposition Tissue
Once anesthesia has taken effect and the surgical field is prepared, the operation follows a deliberate sequence. The surgeon marks the planned vectors and incision lines before making the skin incision, because facial balance matters more than moving tissue backward.
Creating the working plane
After infiltration, the surgeon makes the incisions and gently raises the skin flap. The flap is lifted only as far as needed for the planned correction. Its thickness matters. A flap that's too thin may compromise blood supply, while a flap that's too thick may limit movement and visibility.
The surgeon then identifies the SMAS and decides whether to fold it, overlap it, advance it, or enter the deeper plane beneath it. This step marks where the operation differs from a skin-only lift. The surgeon is not just pulling the outer covering. The deeper support layer is shaped to improve the contour of the cheek, jawline, and neck.
In a deep plane approach, the surgeon releases selected retaining connections so the skin and underlying tissues can move together. This can improve movement of descended midface and lower-face tissue, but the dissection must remain controlled around facial nerve branches. Facial nerves are not something the surgeon “tightens.” They are structures to identify, respect, and protect.
Refining the jawline and neck
If the neck is part of the plan, the surgeon evaluates the platysma, the thin muscle sheet beneath the neck skin. Platysma management may help improve vertical bands, lower-face continuity, and the transition from jawline to neck. A deep neck lift may address deeper structures when the anatomy requires more than external skin and muscle repositioning.
Fat can also influence contour. The surgeon may remove, preserve, or reposition selected fat depending on whether it contributes to fullness or provides useful volume. The aim is not to hollow the face. It is to restore a balanced relationship between cheek, jawline, and neck.
The best result usually comes from moving the right tissues in the right direction, not from removing the greatest amount of skin.
Controlling bleeding and closing without tension
Hemostasis means controlling bleeding throughout the operation. The surgeon checks the operative field carefully, manages blood pressure with the anesthesia team, and confirms that bleeding is controlled before closure. Hematoma is a leading facelift complication category, and the risk profile varies by technique.
The surgeon then redrapes the skin without excessive tension, trims only the necessary excess, and closes the incisions in layers. Depending on the operation and the surgeon's protocol, drains or dressings may be used to manage fluid and protect the early healing tissues. The final closure should support discreet scar placement rather than force the skin into an unnatural position.
Recovery Timeline Risks and What Affects Your Result
Recovery isn't a single moment when swelling disappears. It moves through an early phase of bruising and tightness, followed by gradual softening and contour refinement. Your surgeon's instructions should take priority because the timeline changes with the technique, the addition of a neck procedure, your health, and the details of your operation.
What the first weeks may look like
For a combined face-and-neck lift, one clinical source reports an operative time of about 2.5 to 3 hours. Bruising and swelling often peak around day 3 and generally resolve by about 2.5 to 3 weeks, according to the same source's face-and-neck surgery recovery overview.
During the earliest period, rest and head elevation help limit dependent swelling. Light walking may be encouraged, but bending, lifting, strenuous exercise, and anything that raises pressure in the healing tissues should wait until your surgeon clears it. Incisions need gentle care, and follow-up visits allow the team to assess swelling, skin blood supply, sensation, and wound healing.
Athena's post-operative facelift recovery guide can help you organize questions about dressings, activity, incision care, and follow-up. For general background on non-surgical approaches to loose skin after weight change, Lila's resource on natural loose skin remedies for women may provide useful context, although it isn't a substitute for surgical advice about significant laxity.
Understanding risk without losing perspective
Large clinical data show that facelift complications are generally uncommon, but they aren't zero. An analysis of 11,300 patients reported an overall complication rate of 1.8%, with hematoma at 1.1% and infection at 0.3% as the most common major events, as detailed in this clinical analysis of facelift complications.
More recent reviews identified hematoma as 27% of reported complications across studies from 2012 through 2024, followed by unfavorable scarring at 24% and neurapraxia at 22%. These figures describe reported complication categories, not a guarantee of individual risk. They explain why blood-pressure management, careful hemostasis, appropriate flap thickness, and disciplined aftercare matter.
The same review noted skin slough around 3.6% in subcutaneous facelifts versus less than 1% with deep-plane techniques. That finding doesn't mean deep plane surgery is automatically safer for every patient. Tissue quality, smoking status, flap handling, anatomy, and surgeon experience all influence the decision.
Call the surgical team when something changes suddenly
Normal healing can include numbness, tightness, bruising, and uneven swelling. A sudden change deserves attention, particularly rapidly increasing or one-sided swelling, bleeding, severe worsening pain, fever, increasing redness, drainage, or a wound that appears to be separating. Contact your surgical team promptly rather than trying to interpret a concerning change alone.
Your result also depends on factors outside the operating room. Skin quality, sun exposure, weight stability, smoking, general health, and the natural aging process influence how the face settles over time. A facelift repositions tissue, but it doesn't stop future aging or replace a skin-care plan.
Choosing Your Approach and Planning Your Consultation
Start with the concern, not the procedure name. If your main issue is early jowling with relatively good neck support, a mini facelift may be worth discussing. If the midface has descended and the lower face and neck are changing together, a SMAS-based or deep plane plan may offer a more coherent correction. If fullness or bands beneath the chin dominate the picture, ask whether a neck lift or deep neck lift should be part of the evaluation.
Your consultation should cover:
- Anatomy: Ask which layers are contributing to your jowls, cheek descent, or neck laxity.
- Technique: Ask why the surgeon recommends SMAS work, deep plane release, a mini facelift, a neck lift, or a combination.
- Incisions: Ask where the scars will sit and how the plan protects the hairline and ear contours.
- Anesthesia: Ask which anesthesia option is planned and who will monitor you.
- Recovery: Ask when you can resume work, exercise, driving, social activity, and skin treatments.
- Alternatives: Discuss whether injectables, Ultherapy, or another non-surgical approach could address a milder concern.
- Preparation: Bring your medical history, medication and supplement list, prior procedure records, and photographs that show how your face has changed.
At Athena Plastic Surgery, Dr. Avron H. Lipschitz serves patients in Stuart and West Palm Beach with facial surgery consultations that may include VECTRA H2 3D simulation and before-and-after galleries. Pricing varies according to the doctor, practice, geographic location, and specifics of the procedure, so personalized pricing should come directly from the practice. Financing pathways listed by the practice include Cherry, CareCredit, and Alphaeon.
The right question isn't “Which facelift is best?” It's “Which tissues need to move to address my anatomy, and what recovery am I prepared to accept?” Schedule a consultation with that question in mind.
Athena Plastic Surgery offers facelift, neck lift, deep neck lift, and mini facelift consultations for patients considering facial rejuvenation in Stuart and West Palm Beach. Visit Athena Plastic Surgery to review the available facial surgery resources and request a consultation that suits your anatomy, goals, and recovery needs.
