“Deep Plane Facelift” Is Not New: What It Really Means — And Your Alternatives

A trend with an old name

Social media is full of “deep plane facelifts” right now. 

The deep plane technique was formally described in 1990 and builds on anatomical work on the SMAS from the 1970s. In other words, it’s not new; it’s a long-standing surgical approach that some surgeons use when appropriate. 

A quick anatomy primer: planes & layers that matter

The face is organised in layers: skin → superficial fat → SMAS → deep fat → muscles → bone. The SMAS (superficial musculoaponeurotic system) is the fibromuscular layer surgeons manipulate to reposition descended tissues.

“Superficial” vs “Deep” plane — what’s the difference?

• Superficial plane facelift (skin-only or limited SMAS plication): Dissection stays above the SMAS; skin is redraped and excess skin is excised.
• SMAS techniques (plication/SMASectomy/high-SMAS): The SMAS is tightened or repositioned in various ways.
• Deep plane facelift: Dissection proceeds below the SMAS to release retaining ligaments and mobilise the skin-SMAS as a unit before redraping and excision. This technique was detailed by Hamra in 1990.

Reality check: “Deep plane” isn’t a brand-new invention; nor is it the only modern facelift method. Surgeons commonly choose among SMAS plication, high-SMAS, deep plane, or combinations, based on anatomy and training. (Technique selection varies; there isn’t a single universal approach.) 

What a facelift does — and what it doesn’t

A facelift repositions and removes lax skin and re-suspends/supports deeper tissues (e.g., SMAS). It does not reverse intrinsic ageing processes like bone remodelling, fat pad deflation/migration, or long-term skin quality decline. After redraping, excess skin is trimmed; the remaining tissues continue to age with time. (This is why adjuncts such as skin quality treatments or volume restoration may still be considered later.) 

Risks and recovery: what patients are usually counseled on

All surgery carries risk. Published reviews note the following typical issues discussed during consent:

• Hematoma (most common complication requiring intervention) — reported around ~1.8–2% in large series. 
• Temporary facial nerve weakness, skin necrosis, seroma, infection — rates vary by technique, patient factors, and series. 
• Recovery generally includes swelling/bruising for days to weeks, with maturation of results over months; specifics vary by individual and technique (deep plane vs other SMAS methods). 

Neutral note on techniques: Some studies compare complication profiles among SMAS methods (including deep plane and high-SMAS). Differences exist between series, and authors emphasise selecting technique for anatomical goals rather than purely for complication rates.

“Doesn’t this anti-age me?” — understanding expectations

A facelift repositions lax tissues and removes redundancy; it doesn’t “stop” ageing. Over the years, skin and SMAS can gradually thin and weaken due to biology and time, not because surgery “failed.” This is also why surgical lifting is often combined with skin quality and volume support strategies (before or after) to address other layers. 

“How many times can you facelift?” — why there’s no fixed number

There is no universally accepted maximum number. Secondary (and tertiary) facelifts are performed, but each subsequent operation is more complex due to altered anatomy, scarring, blood supply, and tissue quality; careful selection and counselling are essential. 

Non-surgical and minimally-invasive alternatives (doctor-led)

For many patients — especially those exploring options before surgery — addressing layers through non surgical facelift treatment rather than “chasing tightness” alone can be prudent:

• SMAS/Muscle support (non-surgical):
  • Ultrasound-based lifting (e.g., Ultherapy PRIME) targets discrete depths, including SMAS, to induce neocollagenesis and tissue contraction in selected candidates. 
  • Neuromuscular & RF modalities (e.g., Emface) aim to improve muscle tone and dermal quality; candidacy and expectations are assessed individually. (Mechanisms described in device literature; outcomes vary.)
• Deep dermal collagen support:
  • Titanium Lift (laser-based protocol) used at VIDASKIN for dermal collagen stimulation and firmness (doctor-determined parameters; downtime typically minimal compared to surgery). (General laser-dermal stimulation principles apply; specific outcomes vary.)
• Soft-tissue support & hydration:
  • HA-based injectables (e.g., Profhilo, Profhilo Structura) for dermal hydration and soft-tissue support in appropriate planes.
  • HA fillers (Dermal Fillers) for volume restoration in deflated fat compartments, with the advantage of reversibility if adjustments are needed.

Our approach: Support each layer appropriately — skin, fat, SMAS/muscle — using evidence-based protocols and conservative dosing, so changes look balanced and remain true to you.

FAQs (patient-friendly, compliance-safe)

Q1. Is a “deep plane facelift” new?
No. The technique was described in 1990 and builds on SMAS anatomy work from 1976. What’s new is the social media spotlight. 

Q2. Is “deep plane” better than other techniques?
Not universally. Surgeons select approaches (SMAS plication, high-SMAS, deep plane, combinations) based on anatomy, goals, and expertise. 

Q3. What are the main risks I should know about?
Hematoma, temporary nerve weakness, infection, skin necrosis, and others — with rates varying across studies and patient factors. Discuss personalised risk with your surgeon. 

Q4. Does a facelift stop ageing?
No. It repositions tissues and removes redundancy; the face continues to age over time. Skin quality and volume still need consideration. 

Q5. Can facelifts be repeated?
Yes, but there’s no fixed limit; secondary procedures are more complex and require careful planning.