Skip to main content
Four Seasons EVENT
Woman in her 40s standing against a gradient background blending from teal to cream

LIFTING REVISION

Revision Facelift

Pulling up as much as possible
is not the answer to lifting.

Dr. Jegal Jeong⁠-⁠jae, Chief Director — Board-Certified Plastic Surgeon
Director Jegal Jeong⁠-⁠jaePlastic Surgery Specialist

#Doctor's SAY

Four Seasons Plastic Surgery Medical Team

Over many years, we use our facial expression muscles to make countless expressions, and many signs of aging appear on the face, from the forehead and eyebrows to the eyelids, cheeks, and a sagging jawline.

The most reliable way to improve sagging is facelift surgery.

Because a facelift involves operating on areas with many nerves and blood vessels, it is best to have it performed by a medical team with thorough knowledge of facial anatomy.

The Structure of the Face

The face is divided into anterior and lateral regions along a vertical line drawn down from the outer edge of the eyebrow. Between them are retaining ligaments that firmly anchor the skin to the periosteum and fascia.

Cross-section anatomy of facial bones and expression muscles: the leader lines on the left point to the retaining ligaments, and those on the right point to the anterior and lateral regions Retaining ligaments Anterior region Lateral region
Front view of the face: the area between the two dotted lines running down from outside each eyebrow is the anterior region
Anterior Region
  • Contains the expression muscles that create facial expressions
  • Well-developed fat pads
  • Skin is loosely attached to the muscle
Side view of the face: the broad area behind the dotted line from the eyebrow, in front of the ear, is the lateral region
Lateral Region
  • No expression muscles, so wrinkles are less likely to form
  • The SMAS layer, a fibromuscular tissue, is anchored to the fascia
  • Skin is firmly attached to the muscle

Causes of Wrinkles

  1. Fine, shallow lines fanning out like a hand fan beyond the outer corner of the eye
    Fine Lines

    These result from skin aging. UV light reduces collagen and elastic fibers and thins the dermis, causing elastosis and a loss of elasticity, which leads to fine lines.

  2. Deep horizontal wrinkles across the forehead and vertical wrinkles etched between the brows
    Deep Wrinkles

    Typical examples are forehead, glabellar (between-the-brows), and crow's feet wrinkles. The face has 17 pairs of expression muscles that create a variety of expressions. As these muscles contract repeatedly over many years, the skin over them folds, forming wrinkles.

  3. Nasolabial fold running from beside the nostril down to the corner of the mouth, where the cheek folds over itself
    Folds

    Typical examples are nasolabial folds and jowls. Many retaining ligaments hold bone and soft tissue in place. As these ligaments weaken with aging, the skin and fat sag under the pull of gravity.

Types of Facelift

Surgical methods vary by area

Illustration of a face turned sideways: four zones (forehead, midface, cheek and jawline, neck) are distinguished by different color blocks Forehead Lift
(Brow Lift)
SOOF LIFT Facelift Neck Lift
Facelift Areas

Revision Lifting Candidates

  1. 01
    Line drawing of a side profile with sagging that is unchanged from before surgery
    No improvement
    even after surgery
  2. 02
    Line drawing of a short upward arrow that falls far short of the target line
    Some improvement,
    but the effect is minimal
  3. 03
    Line drawing of a face pulled excessively to one side, with tension lines
    The face looks
    unnatural after surgery
  4. 04
    Line drawing of a face with the left and right sides at different heights relative to a center line
    Facial asymmetry
    after surgery

WHY IT IS DIFFICULT

Why Revision Lifting
Is Difficult

  1. Line drawing of facial nerves branching out across a side profile
    01

    Close relationship with the facial nerve

    The nerves that create facial expressions are called facial nerves. Revision lifting involves dissecting a wide area through which these nerves run, and if the nerves are damaged, it can cause facial nerve paralysis such as the following.

    • Line drawing of an eye that does not close Difficulty closing the eye after surgery
    • Line drawing of an upper lip raised on one side only Asymmetry of the upper lip and an unnatural look when smiling
    • Line drawing of a drooping lower lip with water drops running down A lower lip that is twisted out of position, with food frequently spilling while eating
  2. Line drawing of a wide dissection range marked with dotted lines over a side profile
    02

    Extensive dissection

    Lifting results can also vary depending on the extent of dissection. If the surgeon, worried about facial nerve damage, cannot perform extensive dissection, or does not dissect along the correct plane even when dissecting, a revision lift may not deliver a reliable effect, and another revision may be needed.

  3. Line drawing of the flow of movement spreading to the left and right of the face
    03

    A surgery that, unlike other areas, must take dynamic causes into account

    Revision lifting means understanding and correcting dynamic causes. If surgery is performed by judging only the visible symptoms in a static way, no improvement can be achieved.

Line drawing of a structure fixed at all four corners that does not move

Static surgery

Surgery on static structures that do not move, such as cheekbone, square jaw, and nose surgery.

Line drawing of sagging soft tissue and a gravity arrow

Dynamic surgery

Refers to areas where the fascia and retaining ligaments weaken with aging and, under the force of gravity, sag downward. Examples include nasolabial folds caused by cheek sagging, jawline sagging, neck wrinkles, and forehead wrinkles.

Revision Lifting Procedure

The face consists of five layers, from the skin to the periosteum.

Cross-section anatomical diagram of a reclining face — from the outside, the layers are skin, subcutaneous fat, fascia (SMAS layer), retaining ligaments, and periosteum/​deep fascia Skin Subcutaneous fat Fascia (SMAS layer) Retaining ligaments Periosteum / deep fascia
  • 01
    Cross-section line drawing highlighting the outermost skin layer of the five layers
    Skin
  • 02
    Cross-section line drawing highlighting the second layer, the subcutaneous fat, of the five layers
    Subcutaneous fat
  • 03
    Cross-section line drawing highlighting the third layer, the fascia (SMAS layer), of the five layers
    Fascia (SMAS layer)
  • 04
    Cross-section line drawing highlighting the retaining ligaments that connect the layers like pillars
    Retaining ligaments
  • 05
    Cross-section line drawing highlighting the innermost layer, the periosteum/​deep fascia, of the five layers
    Periosteum / deep fascia

Pulling only the skin surface damages the connection between the facial expression muscles and the skin, which easily leads to an unnatural or awkward look, and the results do not last long.

A lifting surgery is needed that also lifts the skin layer, the fat layer, and the SMAS layer
together, for a natural
and long-lasting result.

When only the skin is lifted
Cross-section diagram of lifting only the skin — the arrow is labeled ‘Skin-only lifting’ and the blue arrow ‘Subcutaneous incision’
When lifted up to the SMAS layer
Cross-section diagram of lifting up to the SMAS layer — the arrow is labeled ‘SMAS layer lifting’ and the blue arrow ‘Incision below the SMAS layer’
Subcutaneous incision
Incision
Incision below the SMAS layer
Only the skin surface is pulled up, not the SMAS layer that causes skin sagging, so the surgical effect is insufficient and the underlying facial sagging is not corrected
Effect
By lifting the skin layer, fat layer, and SMAS layer together, the maximum lifting effect is achieved and lasts longer

What Matters in Lifting

Flip through the three axes — dissection range, incision amount, and fixation method — to review each.

Diagram showing the SMAS layer dissection range with white dotted lines over a side-profile photo
Dissection Range

Dissection Range

The face has many nerves and blood vessels, so accurate dissection all the way through is difficult, and even with endoscopic equipment, dissection is often limited to the area near the incision. By dissecting a wide range of the SMAS layer, a forehead lift can reach right up to just above the eyebrows, and a facelift can improve nasolabial folds, jowls, and neck sagging.

The wide SMAS dissection range delivers a reliable and long-lasting lifting effect.

Diagram marking the incision line running along the hairline and earlobe with a white line over a photo of the area around the ear
Incision Amount by Degree of Aging

Incision Amount by Degree of Aging

For a facelift, the lifting range is determined by the areas you want to improve, and the extent of the incision may vary — along the hairline, around the earlobe, and behind the neck.

Because a forehead lift is performed inside the hairline, surgery is carried out through 5 minimal incisions.

Diagram marking the minimal incision locations inside the hairline and the lifting direction with white arrows over a forehead photo
Fixation Method

Fixation Method

In a forehead lift, if fixation uses a foreign material, symptoms such as palpable lumps, a foreign-body sensation, and nerve irritation may occur, and the short duration may make it hard to see long-lasting results.

Surgery is performed using a method of fixing to the periosteum of the forehead bone, which can maintain the lifting effect for longer.

Diagram overlaying the skin, fat, and SMAS layers in color over a side-profile photo, with arrows showing the lifting direction
Resection and lifting of the retaining ligaments

Resection and lifting of the retaining ligaments

The retaining ligaments anchored to the SMAS layer are cut so the SMAS layer can be lifted. The skin flap is then pulled upward, and the remaining retaining ligaments of the lifted skin flap are secured to the lifted SMAS area.

Skin layer Fat layer SMAS layer

  1. Cross-section diagram showing retaining ligaments anchored to the SMAS layer like pillars
    STEP 01

    Retaining ligaments anchored to the SMAS

  2. Cross-section diagram of the retaining ligament pillars cut at the SMAS and separated above and below
    STEP 02

    Releasing the retaining ligaments from the SMAS

  3. Cross-section diagram of the SMAS layer pulled upward in the direction of the arrow
    STEP 03

    Lifting the SMAS layer

  4. Cross-section diagram of the skin flap pulled upward in the direction of the arrow
    STEP 04

    Lifting the skin flap

  5. Cross-section diagram of the retaining ligaments of the lifted skin flap sutured to the lifted SMAS area
    STEP 05

    Securing the remaining retaining ligament portions of the lifted skin flap to the lifted SMAS area

Quick Consultation Request

Consent to Collection and Use of Personal Information

Items Collected
Name, phone number, consultation area, consultation details
Purpose of Use
To receive consultation requests and provide consultation results
Retention and Use Period
For the period specified in the Privacy Policy

You may refuse to consent, in which case online consultation requests will be unavailable. You can still receive a consultation by phone (051-806-7979) without giving consent.

View Full Privacy Policy

Clinic Information & Directions

Main Phone

051-806-7979

Hours

Weekdays
10:00 - 19:00
Saturday
10:00 - 17:00
Lunch Break
13:00 - 14:00

Directions

8F, Judis Taehwa Main Building, 694 Jungang-daero, Busanjin-gu, Busan
(Parking at the Judis Taehwa Annex)