Facelift in NYC — restore structure, never erase identity.

No. Both are established categories of facelift surgery, and current comparative literature does not establish one technique as universally superior. The appropriate approach depends on the location and degree of laxity, prior surgery, tissue quality, neck anatomy, and the release required to achieve the planned vector.

Jowling and lower-face descent generally point toward a facelift; skin laxity, platysmal bands, and fullness centered beneath the chin or jaw point toward a neck lift. Many patients have both. The distinction is made by examination, not age or a photograph alone.

They can change the examination or tissue plane. Hyaluronic-acid filler may obscure contour; prior energy treatment or thread lifting may create fibrosis; and previous surgery alters scars and blood supply. Provide treatment records when possible so the plan can be individualized.

Not directly. A facelift primarily treats the lower face and neck. Brow descent, eyelid skin, eyelid ptosis, lower-lid laxity, and tear-trough concerns are evaluated separately.

Blood-pressure elevation, nicotine, medications or supplements that increase bleeding, and certain patient or procedural factors may increase risk. Medication changes must be directed by the treating physicians, and perioperative blood-pressure planning is part of the surgical evaluation.

The decision rests on the pattern of descent and tissue mobility identified on exam and photographs. When midface descent and jowl formation coexist with loss of submalar support, the deep plane permits en bloc mobilization of the malar and jowl complex. For isolated lower‑face laxity with good midface support, an SMAS‑based modification may be appropriate. Final selection is made after in‑person assessment and discussion of tradeoffs.

Recent large‑volume fillers can obscure planes of dissection and increase firmness in tissue, which may alter elevation and redraping. Very old or granulomatous filler deposits can be adherent and require identification before surgery. We document prior treatments and may obtain imaging or plan staged management when filler complicates dissection. The operative approach is adapted to protect tissue perfusion and avoid unexpected planes.

Expected findings include moderate swelling and bruising that peak within 48–72 hours and gradually improve over 10–21 days. Mild numbness and a tight sensation are common and usually resolve over weeks to months. Stable incision edges without progressive discoloration, and steadily decreasing pain controlled by oral medication, indicate routine healing. Any rapidly expanding swelling, severe asymmetry, or increased pain should prompt urgent contact with the surgical team.

Pain is usually moderate and controlled with a short course of oral analgesics, often a combination of acetaminophen and a limited opioid for the first 48–72 hours when needed. Long‑acting local anesthetic blocks or infiltration are used intraoperatively to reduce immediate postoperative discomfort. Most patients taper to only acetaminophen or NSAIDs within the first week. We provide individualized pain plans and clear instructions for safe medication use.

Incisions are placed to follow natural contours: temple lines, the preauricular crease, around the earlobe, and into the postauricular hairline when indicated. This placement minimizes visibility once healed and allows hair to naturally mask transition zones. Scar appearance depends on wound handling, patient biology, and postoperative care; we discuss scar management strategies preoperatively, including topical care and, if needed, later refinement. Concealment is an explicit element of incision design.

Revision cases present altered scar planes, reduced tissue mobility, and variable blood supply; these factors complicate dissection and lengthen operative time. Scar tissue increases the risk of skin edge tension and may raise the likelihood of delayed healing or contour irregularity. Nerve identification can be more challenging and the plan is frequently more conservative with staged adjuncts such as fat grafting. Preoperative mapping and review of prior operative notes are essential for safe planning.

Combining procedures is possible for selected patients and is decided after careful medical review and photographic planning. Combined operations increase operative time and influence recovery expectations; they are appropriate only when overall health and anesthetic risk permit. Concurrent procedures may offer unified anesthetic and recovery efficiency but require coordinated planning about vectors of rejuvenation. A discussion of risks, benefits, and staging options occurs at consultation.