Dr Scott J Turner | Specialist Plastic Surgeon (FRACS) | Sydney
Patients in their late 40s and beyond often arrive at consultation pointing to the same area on their face: the lower cheek, just above and beside the nasolabial fold. Most describe it as looking flat, tired, or heavier than it used to. Some have already tried filler, often with the cheek looking weightier rather than more lifted afterward. The conversation I have most often about this region is what’s actually changing in the midface, why it changes, and whether a deep plane facelift addresses the underlying issue. The short answer is yes, in suitable patients. The longer answer involves a useful distinction that gets lost in a lot of online content: lifting descended tissue isn’t the same as replacing lost volume.
This guide explains what the midface is anatomically, why it descends with age, how a deep plane facelift repositions it, when adjuncts like fat transfer or eyelid surgery may also be relevant, and which patients tend to see meaningful midface change. As a Specialist Plastic Surgeon (FRACS) consulting from Bondi Junction and Manly, I work through this assessment several times a week. If you’re already considering surgery, the deep plane facelift surgery page covers procedure detail and the consultation process.
In short: A deep plane facelift can lift and reposition the midface in suitable patients by working beneath the SMAS, releasing the retaining ligaments that anchor descended cheek tissue, and repositioning the cheek and surrounding soft tissues as a deeper composite unit. The amount of cheek elevation varies with anatomy, the degree of descent, skin quality, and surgical planning. It’s better understood as midface repositioning rather than guaranteed cheek lifting for every patient.
What’s Happening in the Midface
When I describe the midface to patients, I draw an outline from just below the lower eyelid down to the upper jawline, between the nose and the side of the face. That’s the cheek and malar region, including the lid-cheek transition above and the area beside the nasolabial fold below. Patients use various words for what I’m pointing at. Flatter cheeks. Heaviness near the nose. Less defined cheekbone projection. A “tired” lid-cheek transition. A nasolabial fold that’s deeper than it used to be.
Three changes drive the appearance, and they happen together rather than separately. The first is soft-tissue descent. Facial retaining ligaments, which anchor the cheek tissue to deeper structures, gradually loosen with age, and the cheek fat pad shifts downward and forward. The second is volume change. Soft-tissue thinning and small bone changes reduce the upper cheek support that previously held tissue away from the lower face. The third is skin quality. Skin elasticity declines, and the surface adapts to whatever shape sits beneath it.
Of these three, deep plane surgery primarily addresses descent. I keep coming back to that distinction with patients, because how much your midface concern is about descent versus volume versus skin quality changes which procedure (or combination) is likely to help.
How a Deep Plane Facelift Repositions the Midface
The mechanism is what makes the technique different from skin-tightening approaches.
In a deep plane facelift, I dissect beneath the SMAS (the deeper fibromuscular layer) into the safe anatomical plane below it, and from there release the retaining ligaments that have been tethering descended cheek tissue. The zygomatic ligaments matter most for midface lifting specifically, because they’re what anchor the cheek to the underlying bone. Once those are released, I can mobilise the cheek tissue and the deeper composite layer together as one unit, then reposition them vertically toward the position they occupied earlier in life. The skin redrapes over the repositioned structure rather than being pulled tight on its own. That’s the part I emphasise to patients during consultation, because it’s the part most online content gets wrong: the lift comes from the deeper structure, not the skin.
What patients see afterward depends on how much descent there was to address and how their face has aged overall. The typical picture is improved cheek projection, less heaviness in the lower cheek and along the jawline, a smoother lid-cheek transition, and softening of the nasolabial fold where the fold was partly driven by descended tissue weight. The change tends to look natural rather than pulled because the lift comes from repositioning structure rather than tensioning skin.
It’s worth noting that “deep plane” isn’t a single uniform operation. Different surgeons use the term to describe slightly different techniques. The amount of midface mobilisation depends on which ligaments are released, how the cheek mass is supported in its new position, and whether adjuncts like fat transfer are added.
Deep Plane vs SMAS Facelift for the Midface
This comparison comes up often, and it’s not as simple as “deep plane is better.”
A SMAS facelift works on the SMAS layer itself, tightening or repositioning it without dissecting beneath. The retaining ligaments stay intact, which limits how far the deeper cheek mass can be mobilised. For patients with mild to moderate laxity and good skin quality, a SMAS approach can produce reliable lower-face improvement. A high SMAS technique, where the SMAS is addressed at a higher level on the face, can improve the midface meaningfully in selected patients.
A deep plane technique generally produces more cheek elevation in patients with significant midface descent because the ligaments are released, allowing the deeper tissue to move. For patients whose primary concern is real cheek descent contributing to nasolabial fold prominence, a heavy lower cheek, and a poorly defined cheekbone, the deep plane approach is usually a stronger structural answer.
That said, the right technique depends on individual anatomy, the severity of descent, skin quality, recovery tolerance, and what else needs addressing in the same operation. For more on the technical comparison, the difference between deep plane and traditional facelifts blog covers it in depth.
Considering a deep plane facelift? The deep plane facelift surgery page covers technique, recovery, and consultation steps. To arrange an assessment in Bondi Junction or Manly, contact the practice.
Deep Plane Facelift vs a Dedicated Midface Lift
Patients sometimes ask whether they need a “midface lift” specifically rather than a facelift, and the answer depends on what’s actually changing.
A dedicated midface lift, sometimes performed endoscopically through small incisions, focuses on the cheek and lid-cheek junction. It can be useful for patients whose primary concern is isolated midface descent without significant change in the lower face, jawline, or neck. For those patients, a more localised approach makes sense.
A deep plane facelift addresses the midface in continuity with the lower face and neck. The cheek is repositioned alongside the jowls, jawline, and neck contour as part of one operation. For patients whose ageing involves the whole lower two-thirds of the face rather than the cheek alone, the deep plane approach usually makes more anatomical sense. The pattern at consultation is rarely “cheek change only.” It’s usually “cheek change as part of broader laxity,” which is why the deep plane operation tends to be a better fit for the patients I see most often.
Why Lifting Isn’t the Same as Adding Volume
This is the distinction that gets lost in online cosmetic surgery content, and the one I find affects more decisions than any other.
A facelift, deep plane or otherwise, repositions tissue that has descended. It doesn’t replace tissue that has been lost. If your cheek looks flat primarily because the cheek tissue has slipped lower, repositioning the tissue back up addresses the concern. If your cheek looks flat primarily because volume has been lost from the upper cheek (through soft-tissue thinning, fat deflation, or bone changes), repositioning what’s there won’t restore what’s gone. For patients in this second group, I often discuss adding fat transfer or filler at the time of facelift to address the volume component alongside the structural repositioning.
The same logic applies to under-eye hollows. A deep plane facelift can improve the lid-cheek junction by repositioning the cheek upward, which may reduce the apparent depth of the tear trough. It doesn’t directly treat lower eyelid bags, true volume loss in the tear trough, skin crepiness, or pigmentation. Those concerns may need a facial fat transfer, lower blepharoplasty, or skin-focused treatment depending on the cause.
The honest framing I use at consultation is to identify what’s actually changing in your midface (descent, volume loss, skin quality, eyelid anatomy) before deciding on a procedure. The mismatch between procedure and cause is the most common reason cosmetic surgery results disappoint.
Not sure if surgery, fat transfer, or both is right for you? The right approach depends on which component of your midface change is dominant. To discuss whether a deep plane facelift, fat transfer, or non-surgical management is appropriate, book a consultation at the Bondi Junction or Manly clinic.
Who Is Most Likely to Benefit?
In my experience, patients who get the most meaningful midface improvement after a deep plane facelift share a few features.
Visible cheek descent is the strongest predictor. If the cheek mass has clearly slipped down and forward, repositioning it back up produces a noticeable change. Broader facial laxity helps too. Patients whose midface change is part of a wider pattern (jowls, jawline softening, neck contour change) tend to benefit because the operation addresses all of it as one continuous unit. Reasonable skin quality matters because the redrape after repositioning depends on the skin’s ability to retract.
Patients I see who tend to get less dramatic midface change after surgery alone are those whose primary issue is volume loss rather than descent, those with very thin or sun-damaged skin, those with a strongly fixed crease anatomy near the nasolabial fold, or those whose midface concern is mainly an eyelid issue rather than a cheek issue. For these patients, a different approach (or a combination) usually fits better. The risks and complications after facelift surgery blog covers what to factor into the decision when surgery is being considered, and the who is not a good candidate for deep plane facelift blog covers candidacy more broadly.
Is a Deep Plane Facelift Right for You?
For patients with visible cheek descent, broader midface and lower-face laxity, and reasonable skin quality, a deep plane facelift can produce meaningful midface repositioning. For patients whose midface concern is primarily volume loss, eyelid anatomy, or skin quality, surgery alone may help less, and a different procedure or combination may suit better. The trade-off is that this is real surgery, with scars, healing time, and risks to be understood before deciding.
Current Medical Board and AHPRA requirements for cosmetic surgery in Australia include the following: a referral, preferably from the patient’s usual GP, or if that is not possible from another independent GP or specialist medical practitioner; a minimum of two pre-operative consultations, with at least one in person with the operating surgeon; a cooling-off period of at least seven days after the two consultations and informed consent before surgery can be booked or a deposit paid; and psychological screening for suitability. Where screening raises concerns, referral for independent evaluation may be required before surgery proceeds.
If you’d like to discuss whether a deep plane facelift is appropriate for your midface concerns and overall facial structure, I consult from clinics in Bondi Junction and Manly. The deep plane facelift surgery page has more detail, or contact the practice.
Frequently Asked Questions
1. Does a deep plane facelift lift the cheeks?
Yes, in suitable patients. The procedure works beneath the SMAS to release the retaining ligaments that anchor descended cheek tissue, then repositions the deeper composite layer vertically. The amount of cheek elevation depends on how much descent there was to address, the patient’s anatomy, skin quality, and surgical planning. Patients with significant midface descent and broader facial laxity tend to see more meaningful change than patients whose midface concerns are mainly volume-driven or skin-quality-driven.
2. Is a deep plane facelift the same as a midface lift?
No. A dedicated midface lift focuses specifically on the cheek and lid-cheek junction, often through smaller endoscopic incisions, and may suit patients whose ageing is concentrated in the midface alone. A deep plane facelift addresses the midface in continuity with the jowls, jawline, and often the neck. For patients whose ageing involves the whole lower two-thirds of the face, the deep plane approach usually makes more anatomical sense. For patients with isolated midface descent, a more localised approach may be appropriate.
3. Can a SMAS facelift lift the midface?
A SMAS facelift can produce some midface improvement, particularly with high SMAS techniques. The structural limitation is that a standard SMAS approach works on the SMAS layer itself without dissecting beneath it, which leaves the retaining ligaments intact and limits how much the deeper cheek mass can be mobilised. A deep plane technique generally produces more midface elevation for patients with significant cheek descent because the ligaments are released. Both approaches have a role, and the choice depends on individual anatomy, severity of descent, and goals.
4. Will a deep plane facelift fix under-eye hollows?
Not necessarily. The procedure can improve the lid-cheek junction by repositioning the cheek upward, which may reduce the apparent depth of the tear trough in some patients. It doesn’t directly treat lower eyelid bags, true volume loss in the tear trough area, skin crepiness, or pigmentation. Those concerns may need fat transfer, lower blepharoplasty, or skin-focused treatments depending on the cause. The right plan depends on what’s actually causing the hollow appearance, which is part of what comes out of consultation.
5. Who is a good candidate for midface improvement with a deep plane facelift?
Patients with visible cheek descent, broader midface and lower-face laxity, jowls, deeper nasolabial folds, and reasonable skin quality tend to be the strongest candidates. The procedure works on the descent component of midface change, so patients whose midface concern matches that pattern usually see meaningful improvement. Patients whose concern is primarily volume loss, thin skin, fixed crease anatomy, or eyelid-specific changes often need a different or combined approach. Suitability is assessed individually at consultation.
