Facelift — How It Works, Benefits & Recovery — Procedure Guide, Recovery & Risks | MyMedicPlus

A facelift (rhytidectomy, from the Greek rhytis — wrinkle, and ektome — excision) is a surgical procedure that addresses moderate-to-significant facial ageing by tightening and repositioning the underlying structural layer of the face and neck — the superficial musculoaponeurotic system (SMAS) — and precisely removing and redraped excess, lax skin. The SMAS is a fibromuscular layer investing the facial muscles and connecting the skin to deeper structures; its descent with ageing, gravity, and volume loss produces the characteristic changes of jowl formation, deepened nasolabial folds, neck banding (platysmal bands), and loss of jawline definition. The facelift directly addresses these structural changes, providing more comprehensive and longer-lasting rejuvenation than any injectable or non-surgical technology. A full facelift (rhytidectomy with platysmaplasty) addresses the lower face and neck comprehensively. A mini facelift uses shorter incisions targeting the lower face alone. The extended deep plane facelift elevates and repositions the SMAS and underlying deep facial structures as a single composite flap, addressing midface descent simultaneously. Facelifts are commonly combined with blepharoplasty, fat grafting, browlift, and laser resurfacing for comprehensive rejuvenation. Facelift surgery is performed by plastic surgeons and maxillofacial surgeons with specialist training in aesthetic facial surgery.

Facelift is indicated for adults, typically aged 45–70 years, with moderate-to-significant facial and neck laxity manifesting as jowl formation, loss of jawline definition, deep nasolabial folds, marionette lines, neck bands (platysma), and excess submental skin or fat. Ideal candidates are in good general health, are non-smokers (or committed to quitting at least 6 weeks before and after surgery), have good skin elasticity and bone structure, have realistic expectations about improvement rather than perfection, and understand that facelift corrects the effects of ageing rather than fundamentally changing appearance. Relative contraindications include severe uncontrolled hypertension (haematoma risk is significantly elevated), active smoking (5-fold increased skin necrosis risk), recent significant weight change (results will shift if weight fluctuates further), and bleeding disorders or anticoagulant use that cannot be safely bridged. Age alone is not a contraindication — medical fitness and skin quality are more important determinants. Patients with minimal laxity or predominantly volume-related ageing may be better served by fat grafting, injectable fillers, or thread lifts rather than surgical excision.

Facelift surgery is performed under general anaesthesia or local anaesthesia with deep intravenous sedation, depending on patient preference and surgical extent. The patient's hair is secured away from the surgical field; no shaving is required with modern technique. Incisions begin in the temporal hairline, curve around the front of the ear (pretragal or retrotragal position), pass behind the earlobe, and continue into the postauricular hair-bearing scalp. The skin is elevated as a flap over the lower face, jowls, and neck. The SMAS is then addressed by one of several techniques: plication (folding and suturing), imbrication, SMASectomy, SMAS flap elevation and advancement, or the deep plane composite flap. The SMAS is tightened in a posterior-superior vector specific to the patient's anatomical needs, repositioning descended midface and jowl fat. In a full facelift, the platysma muscle of the neck is tightened by platysmaplasty — the medial borders are approximated anteriorly and the lateral edges secured posteriorly. Excess skin is then excised conservatively without tension — tension at the skin causes unnaturally tight or 'windswept' results. Sutures close the incisions in multilayer fashion. Drains are placed if required. The dressings and compression bandage are applied. Surgery takes 3–5 hours. Total operative time is 3–5 hours for a standard SMAS facelift.

Facelift provides the most durable and comprehensive facial rejuvenation of any available treatment, invasive or non-invasive. SMAS-based techniques typically produce results lasting 7–10 years — significantly longer than any injectable or energy-based treatment. Patient satisfaction rates exceed 90% in most published series, among the highest of any elective cosmetic procedure. Morphometric studies demonstrate an average perceived age reduction of 5.4 years at 5.5 years post-operatively (Sclafani et al., Arch Facial Plast Surg 2012). Deep plane and composite facelift techniques show superior longevity and midface rejuvenation compared with superficial SMAS procedures. Secondary facelifts, typically performed 8–12 years after the primary procedure, remain technically feasible and achieve excellent results in the majority of patients. The combination of facelift with facial fat grafting addresses both skin excess and volume deficit, producing more natural and long-lasting results than skin excision alone. Blepharoplasty at the same sitting completes the upper facial rejuvenation for a harmonious overall result.

Haematoma is the most common serious complication, occurring in 1–5% overall and significantly more frequently in men (estimated 8–10%) and patients with uncontrolled hypertension. Haematoma typically presents within 12–24 hours as increasing pain and swelling, requiring urgent surgical drainage. Nerve injury: the facial nerve (CN VII) motor branches are at risk — temporary weakness is very common (occurring in most patients from retraction); permanent motor palsy is rare (below 1%). Sensory nerve injury from the great auricular nerve causes numbness and tingling of the earlobe and lower cheek — common and usually resolves within 6 months. Skin necrosis is the most feared complication: flap ischaemia presenting as blistering and eschar, most commonly in the postauricular region. Smoking increases this risk 5-fold. Hair loss along incision lines occurs in 5–10% and is usually temporary. Infection affects under 1% with prophylactic antibiotics. Asymmetry and contour irregularities may require revisional surgery. Pixie ear deformity (attached earlobe from excessive skin tension) is a preventable technique error. Widened or hypertrophic scars are uncommon with proper tension-free closure.

Post-operatively, a compression bandage or garment is worn for 24–48 hours, then replaced with a lighter chin-strap support. Drains are removed within 24–48 hours if placed. The patient rests with head elevated 30–45 degrees for 3–5 days to minimise oedema. Bruising and swelling peak at 3–5 days and substantially resolve by 2–3 weeks. Sutures are removed in stages: temporal sutures at 5–7 days, remaining sutures at 10–14 days. Social activities (going out in public) resume at 2–3 weeks when bruising has sufficiently faded, although residual swelling may persist. Strenuous activity and heavy lifting are avoided for 6 weeks to prevent haematoma. Sun protection (SPF 50+) is essential for 6–12 months as incision scars are hypersensitive to UV and prone to pigmentation. Full scar maturation takes 12–18 months. Smoking must be stopped at least 4–6 weeks before surgery and maintained post-operatively to allow adequate tissue perfusion and wound healing. Arnica supplements and gentle lymphatic drainage massage are commonly used adjuncts from week 2. Final results are fully appreciated at 3–6 months when all swelling has resolved.