What it treats
- A facelift lifts the mobile parts of the face and has little effect on the skin itself or on the zones around the mouth, the eyes and the forehead (PMID 38828090).
- Fine wrinkles and uneven pigment from sun damage are the problems resurfacing treats (PMID 34183633).
- Vertical lip lines and a lengthened upper lip respond to resurfacing around the mouth, which the facelift cannot reach (PMID 24165626, PMID 41433344).
- Surgeons now add resurfacing to facelifts more often than they did twenty years ago (PMID 35383689), and an evidence review found reasonable support for laser resurfacing as a facelift add-on in selected patients (PMID 30593078).
Where it came from
- 1962: Thomas Baker described combining a chemical face peel with a facelift (PMID 13864170). Peels around the mouth on the day of the lift followed (PMID 6824486), and in 1994 a TCA peel was applied over a deep plane facelift (PMID 8278488).
- The CO2 laser of the 1990s raised a new question. The skin lifted in a facelift is separated from the tissue beneath it (undermined) and has less blood supply. In 1998 Bahman Guyuron lasered undermined flaps in pigs and found healing delayed by about a week, and saw delayed healing in most of his patients treated the same way; he advised avoiding the combination or using great caution (PMID 9500404).
- Surgeons answered with three changes: less undermining, so more skin keeps its blood supply (PMID 11129194, PMID 11084693); deeper lifts that keep the skin attached to thicker tissue (PMID 9111888); and lower laser settings over the lifted skin (PMID 25028109, PMID 25839172).
- 2001: a pig study showed the timing rule: laser on the day the flap was raised caused slough and scarring, and laser a week or more later healed normally (PMID 11743457).
- 2002: a review of the published combined cases found the complication rate no different from a facelift alone (PMID 12437427).
- 2014 and 2015: fractional CO2 lasers, which leave columns of untreated skin, were used directly over widely undermined flaps without flap loss (PMID 25028109, PMID 26144639).
- 2022 to 2026: plasma resurfacing and deeper hybrid fractional lasers were added to facelifts (PMID 36046720, PMID 41218171, PMID 41200268), and a meta-analysis pooled the evidence (PMID 41063540).
Who it suits
- People having a facelift who also have fine wrinkles, sun damage, lip lines or uneven pigment (PMID 34183633).
- People who want one recovery instead of two (PMID 10742461).
- Smokers are poorer candidates for same-day resurfacing: the skin losses in an erbium series and the one full-thickness loss in an early pooled review were in smokers (PMID 11214079, PMID 12437427).
How it is done
The rule that runs through every method: treat the skin that was lifted more gently than the skin that was not (PMID 41063540).
- Fractional laser over the lifted skin, full ablation elsewhere: one approach uses fractional CO2 on the undermined skin and fully ablative CO2 on skin that was not undermined (PMID 25028109); another uses a lighter erbium setting over the flap (PMID 25839172).
- Limited undermining: the skin flap is kept short so the cheek keeps its blood supply, and the full face can then be lasered (PMID 11129194). The RSVP facelift stops undermining short of the fold beside the mouth to spare the vessels feeding the skin (PMID 11084693).
- Deeper lifts: endoscopic subperiosteal and deep plane lifts leave the skin attached to thicker tissue, which tolerates resurfacing better (PMID 9111888, PMID 8278488).
- Peels: TCA up to 40% produced a predictable, controlled burn on undermined skin; deep phenol-croton oil peels should not be put on undermined skin (PMID 28732800). Phenol-croton oil is used around the mouth, where the skin is not lifted (PMID 24165626).
- Plasma: helium plasma was applied over undermined skin during facelifts without serious adverse events (PMID 36046720).
- Staging: resurfacing can wait. In pigs, lasering a flap a week or more after it was raised healed like untouched skin (PMID 11743457).
Results
- Satisfaction after laser with facelift was about 98% in pooled studies (PMID 41063540). Reviews conclude that resurfacing at the time of the facelift adds to the result without adding morbidity in selected patients (PMID 31461045, PMID 33845493).
- In the RSVP series, patients who had laser added estimated that they looked several years younger than patients who had the lift alone (PMID 11084693).
- A perioral phenol-croton oil peel with the facelift shortened the upper lip, which stayed unchanged in matched patients who had the lift alone (PMID 41433344); patients who had the peel looked younger than their age and had fewer wrinkles (PMID 24165626).
- Deep plasma resurfacing with face and neck lifts also shortened the upper lip slightly (PMID 41218171).
Risks and how surgeons lower them
- Full-thickness loss of lifted skin occurred in about 1 in 10,000 patients in pooled studies (PMID 41063540). Skin slough, loss of the surface layer, occurred in about 2 in 1,000 (PMID 41063540).
- Slough was more likely when undermined skin was lasered at the same energy as the rest of the face (PMID 41063540). In one series, distal flap necrosis occurred only in patients whose entire undermined flap was lasered (PMID 11910322).
- Smoking raises the risk of skin loss on the lifted flap (PMID 11214079, PMID 12437427).
- Pigment: temporary darkening is common after ablative laser (PMID 15355357, PMID 11910322), and lasting pigment change occurred in about 1 in 300 in pooled studies (PMID 41063540). Phenol peels left permanent lightening in a small share of patients in one combined series (PMID 27320171).
- Lasting pigment change was more common with SMAS and biplanar lifts than with endoscopic subperiosteal lifts (PMID 41063540).
- Thick scars were rare and less common when plastic surgeons performed the procedures than when dermatologists did (PMID 41063540).
- Herpes infection can follow full-face resurfacing done with a lift (PMID 9111888).
Recovery
- After full-face CO2 laser with a facelift, a silicone film dressing stayed on for about a week, the skin healed in 7 to 10 days, and patients went back to their activities at 2 weeks (PMID 10227909).
- Fractional CO2 over the lifted skin healed within a week; a few patients had redness for more than 2 weeks (PMID 26144639).
- Apart from redness, recovery was similar to a facelift alone (PMID 10742461), and patients went through one recovery period instead of two (PMID 9858190).
Questions to ask a surgeon
- Ask whether resurfacing will be done the same day or later, and why (PMID 11743457).
- Ask how the settings change over the skin that is lifted (PMID 41063540).
- Ask which peel or laser will be used around the mouth (PMID 24165626).
- Ask about the risk of lasting pigment change for this skin (PMID 41063540).
- Tell the surgeon about smoking or nicotine use (PMID 11214079).
Open questions
- How much energy undermined skin can take: same-energy lasering raises slough (PMID 41063540), and a deeper hybrid fractional laser showed a rise in complications that did not reach significance (PMID 41200268).
- Deep peels on lifted skin: histology advises against phenol-croton oil on undermined skin (PMID 28732800).
- Plasma devices have data only from single-surgeon series (PMID 36046720, PMID 41218171).
- The timing rule for staged resurfacing comes from pigs (PMID 11743457).
Terms
- Undermined flap: facelift skin separated from the tissue beneath it (PMID 9500404).
- Skin slough: loss of part of the skin surface of the flap without full-thickness death (PMID 12437427, PMID 41063540).
- Full-thickness necrosis: death of the whole skin thickness in part of the flap (PMID 11910322).
- Ablative laser: a laser that removes the outer skin layers, such as CO2 or erbium (PMID 15355357).
- Fractional laser: a laser that treats columns of skin and leaves intact skin between them (PMID 26144639).
- TCA peel: a medium-depth chemical peel with trichloroacetic acid (PMID 28732800).
- Phenol-croton oil peel: a deep chemical peel (PMID 24165626).
- Plasma resurfacing: helium or nitrogen plasma energy used to resurface skin (PMID 41218171).
- RSVP facelift: a facelift that spares the blood vessels feeding the skin (PMID 11084693).
- Philtrum: the groove between the nose and the upper lip, which lengthens with age (PMID 41433344).
Papers
| PMID | First author | Year | Journal | Title | Finding |
|---|---|---|---|---|---|
| 41063540 | Wen YE | 2026 | Aesthet Surg J | Laser Resurfacing at the Time of Facelift Surgery: A Systematic Review and Meta-Analysis. | Meta-analysis: laser with facelift, high satisfaction; flap necrosis 0.01%, slough 0.21% |
| 34183633 | Atiyeh B | 2021 | J Craniofac Surg | Medium-depth Trichloroacetic Acid and Deep Phenol-Croton Oil Chemical Peeling for Facial Rejuvenation: An Update. | Review: facelift alone does not treat fine wrinkles; role of medium and deep peels |
| 38828090 | Stein MJ | 2023 | Aesthet Surg J Open Forum | Ancillary Procedures to Facelift Surgery: What has Changed? | Review: ancillary procedures for fixed facial zones |
| 35383689 | Sinclair NR | 2022 | Plast Reconstr Surg | Face Lift Practice Patterns: An American Society of Plastic Surgeons Member Survey, 2000 and 2020. How Much Have We Changed? | Surgeon survey 2000 against 2020: same-day resurfacing became more common |
| 40906287 | Sommar P | 2026 | Aesthetic Plast Surg | Use of Ancillary Procedures in Combination with the MACS-Lift for Facial Rejuvenation: A Retrospective Cohort Study. | MACS lift with ancillary procedures, including resurfacing |
| 30593078 | Urso-Baiarda F | 2018 | Facial Plast Surg | The Evidence for Adjunctive Facelift Procedures. | Evidence review: laser resurfacing a supported facelift adjunct |
| 31624657 | Rohrich RJ | 2019 | Plast Reconstr Surg Glob Open | Role of Ancillary Procedures in Facial Rejuvenation. | Review of ancillary procedures including peels and laser |
| 9500404 | Guyuron B | 1998 | Plast Reconstr Surg | Delayed healing of rhytidectomy flap resurfaced with CO2 laser. | Pig model and patients: CO2 laser on undermined flaps delays healing (landmark) |
| 11743457 | Park GC | 2001 | Otolaryngol Head Neck Surg | The evaluation of rhytidectomy flap healing after CO2 laser resurfacing in a pig model. | Pig model: laser on the day of flap elevation sloughs; a week later heals normally (landmark) |
| 28732800 | Gonser P | 2017 | J Plast Reconstr Aesthet Surg | Histological case-control study of peeling-induced skin changes by different peeling agents in surgically subcutaneous undermined skin flaps in facelift patients. | Undermined flap histology: TCA up to 40% is safe; avoid phenol-croton oil |
| 11129194 | Achauer BM | 2000 | Plast Reconstr Surg | Combined rhytidectomy and full-face laser resurfacing. | Limited-undermining SMAS lift with full-face laser: no skin loss (landmark) |
| 11084693 | Roberts TL 3rd | 2000 | Aesthetic Plast Surg | The RSVP facelift: a highly vascular flap permitting safe, simultaneous, comprehensive facial rejuvenation in one operative setting. | RSVP facelift: sparing skin perforators allowed laser without major complications (landmark) |
| 25839172 | Scheuer JF 3rd | 2015 | Plast Reconstr Surg | Laser Resurfacing at the Time of Rhytidectomy. | Erbium laser with facelift: no flap necrosis from the laser |
| 25028109 | Moreira AC | 2014 | Aesthetic Plast Surg | The combination of rhytidoplasty and fractional CO2 laser therapy in the treatment of facial aging. | Fractional CO2 on widely undermined flaps: rare partial necrosis |
| 11910322 | Brackup AB | 2002 | Ophthalmic Plast Reconstr Surg | Combined cervicofacial rhytidectomy and laser skin resurfacing. | CO2 with facelift: necrosis only when the entire flap was lasered (landmark) |
| 12437427 | Koch BB | 2002 | Arch Facial Plast Surg | Simultaneous rhytidectomy and full-face carbon dioxide laser resurfacing: a case series and meta-analysis. | Pooled combined cases: complications no different from facelift alone (landmark) |
| 10227909 | Graf RM | 1999 | Aesthetic Plast Surg | Full-face laser resurfacing and rhytidectomy. | Full-face CO2 with facelift: no flap necrosis; healed in 7 to 10 days |
| 10742461 | Jackson IT | 2000 | Aesthetic Plast Surg | Simultaneous facelift and carbon dioxide laser resurfacing: a safe technique? | CO2 with facelift: none of the feared complications; recovery similar apart from redness |
| 11214079 | Weinstein C | 2001 | Plast Reconstr Surg | Combined erbium:YAG laser resurfacing and face lifting. | Erbium with facelift: skin necrosis only in heavy smokers (landmark) |
| 15355357 | Alster TS | 2004 | Dermatol Surg | Combination surgical lifting with ablative laser skin resurfacing of facial skin: a retrospective analysis. | Lifts with CO2 or erbium: no necrosis; temporary darkening common |
| 26144639 | Wright EJ | 2015 | J Plast Reconstr Aesthet Surg | Facelift combined with simultaneous fractional laser resurfacing: Outcomes and complications. | Fractional CO2 over flaps: healed within a week, no flap loss |
| 41200268 | Sirmans SJ | 2025 | Aesthet Surg J Open Forum | A Clinical Safety Assessment of Hybrid Fractional Laser Use at Increased Depths for Facial Skin Rejuvenation in Patients Undergoing Rhytidectomy. | Deeper hybrid fractional laser with facelift: no burns or skin breakdown |
| 36046720 | DeLozier JB | 2022 | Aesthet Surg J Open Forum | Helium Plasma Dermal Resurfacing With and Without Concurrent Aesthetic Surgery of the Face and Neck: A Retrospective Review. | Helium plasma over undermined skin: no serious adverse events |
| 41218171 | Lacerna Kimbrell M | 2026 | Plast Reconstr Surg | Taking Face Lifts to the Next Level: Case Series Reflecting the Safety and Efficacy of Plasma Resurfacing with Face and Neck Lifts. | Plasma resurfacing with face and neck lifts: no skin necrosis |
| 13864170 | BAKER TJ | 1962 | Plast Reconstr Surg Transplant Bull | Chemical face peeling and rhytidectomy. A combined approach for facial rejuvenation. | Baker 1962: chemical peel combined with rhytidectomy (landmark) |
| 8278488 | Dingman DL | 1994 | Plast Reconstr Surg | Simultaneous deep-plane face lift and trichloroacetic acid peel. | Deep plane facelift with an immediate TCA peel: no added complications (landmark) |
| 9858190 | Fulton JE | 1998 | Plast Reconstr Surg | Simultaneous face lifting and skin resurfacing. | Facelift with TCA or CO2: no flap necrosis; one recovery period (landmark) |
| 19730318 | Herbig K | 2009 | Plast Reconstr Surg | Combination Jessner's solution and trichloroacetic acid chemical peel: technique and outcomes. | Face and neck lifts with Jessner's plus TCA: no thick scars |
| 27320171 | Kaye KO | 2016 | J Plast Reconstr Aesthet Surg | The PAVE (peeling-assisted volume-enhancing) lift: A retrospective 6-year clinical analysis of a combined approach for facial rejuvenation. | PAVE lift: peels with SMAS plication and fat grafting |
| 9111888 | Ramirez OM | 1997 | Ann Plast Surg | Laser resurfacing as an adjunct to endoforehead lift, endofacelift, and biplanar facelift. | Full-face CO2 with endoscopic and biplanar lifts: deeper lifts tolerate laser (landmark) |
| 6824486 | Becker FF | 1983 | Arch Otolaryngol | Circumoral chemical peel combined with cervicofacial rhytidectomy. | Peel around the mouth with facelift: only slight lightening (landmark) |
| 24165626 | Ozturk CN | 2013 | Plast Reconstr Surg | Outcomes assessment of combination face lift and perioral phenol-croton oil peel. | Facelift plus perioral phenol-croton oil peel: patients looked younger than their age |
| 41433344 | Janssen PL | 2026 | Aesthet Surg J | Adjunct Perioral Phenol-Croton Oil Peel Shortens Philtrum Length in Patients Undergoing Primary Facelift. | Perioral phenol-croton oil peel with facelift shortens the upper lip |
| 31461045 | Wan D | 2019 | Plast Reconstr Surg | Safety and Adjuncts in Face Lifting. | CME review: resurfacing at rhytidectomy without added morbidity |
| 33845493 | Hessler JL | 2021 | Facial Plast Surg | Combining Laser Resurfacing and Facial Rejuvenation Surgery. | Review: combining laser resurfacing with facial surgery |