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Skin Necrosis After Deep Plane Facelift

Quick Answer

How common is skin necrosis after deep plane facelift and what causes it?

Skin necrosis — tissue death from insufficient blood supply — occurs in fewer than 1% of non-smoking facelift patients. Smoking is the dominant risk factor, raising incidence to 3–4%. The deep plane technique actually carries a lower necrosis risk than traditional facelifts because it preserves the subdermal blood supply rather than undermining it. Quitting smoking 4–6 weeks before surgery is the single most effective prevention step.

Source: DeepPlane.com

Why Skin Necrosis Is a Concern After Facelift

During a facelift, the skin is elevated as a flap that temporarily loses its direct blood supply and must survive on small perforating vessels. Any additional reduction in blood flow — from smoking, haematoma pressure, or overly tight closure — can deprive a portion of the skin of oxygen long enough to cause irreversible tissue damage. The deep plane technique mitigates this risk by operating at a deeper layer, leaving the skin's primary blood supply intact.

  • Occurs in <1% of non-smoking patients
  • Smoking raises risk to 3–4%
  • Deep plane technique is protective vs. traditional facelift

Skin necrosis is one of the most feared — yet actually rare — complications after facelift surgery. What makes the deep plane facelift particularly relevant here is that its technique is specifically protective against necrosis compared to traditional approaches. Understanding why this risk exists, and what factors elevate it, helps patients make informed decisions and take the right preventive steps during recovery. For context on how this compares to other complications, see our full overview. See also deep plane facelift safety profile.

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Warning Signs of Skin Necrosis

Skin Darkening

Purple-black discoloration in a localised area, typically behind the ear or along the jawline incision.

Skin Blistering

Small fluid-filled blisters (bullae) along the incision line suggest full-thickness vascular compromise.

Skin Hardening

An area that becomes firm, leathery, and insensate (numb) rather than soft — indicates tissue no longer viable.

Manageable

Most cases are small, heal with wound care, and leave a scar that fades or can be revised.

Skin Necrosis After Facelift: Skin necrosis is the localised death of skin tissue caused by insufficient blood supply to the elevated skin flap during facelift surgery. It occurs most commonly behind the ear and along the jawline. Risk is below 1% in non-smokers and rises to 3–4% in active smokers. The deep plane technique preserves the subdermal vascular plexus, offering inherently lower necrosis risk than traditional skin-only undermining.

DeepPlane.com Expert Panel

Skin Necrosis After Facelift: Quick Facts

Incidence (Non-Smokers)
<1% of patients
Incidence (Smokers)
Up to 3–4%
Main Cause
Compromised blood supply
Biggest Risk Factor
Active smoking
Affected Areas
Behind ear, jawline
Prevention
Quit smoking 4–6 weeks prior

Source: Clinical Studies & The Aesthetic Society

Why Deep Plane Facelift Has Lower Necrosis Risk

This is one of the most clinically important advantages of the deep plane technique — and it is often underappreciated. Here is why the risk differs:

Traditional SMAS facelift:

The skin is undermined over a large area as a thin flap, and the subdermal vascular plexus (the network of blood vessels just beneath the skin) is disrupted over the entire dissection zone. This leaves the skin dependent on fewer, smaller vessels.

Deep plane facelift:

Dissection occurs at the deep plane level, below the SMAS. The skin and superficial fat are lifted together with the SMAS as a composite flap, preserving the subdermal vascular plexus intact. The blood supply to the skin is therefore much more robust throughout the healing process.

Result: Experienced deep plane surgeons consistently report necrosis rates below 0.5% in non-smokers — lower than published rates for traditional facelift techniques.

Risk Factors for Skin Necrosis After Facelift

Factors that compromise blood supply to the elevated skin flap

!!

Active Smoking

High
!!

Nicotine Replacement Products

High
!

Untreated Hematoma

Moderate
!

Poorly Controlled Hypertension

Moderate
!

Prior Facelift (Revision Surgery)

Moderate
!

Prior Radiation to the Area

Moderate
i

Diabetes (Poorly Controlled)

Mild
i

Collagen Vascular Disease

Mild

Quit smoking at least 4 weeks before surgery — 6 weeks preferred. This is the single most effective risk reduction step

Treatment Protocol for Skin Necrosis

1

Immediate: Identify and Optimise

Your surgeon will evaluate the area. If a haematoma is compressing blood supply, urgent drainage is performed. Smokers must stop immediately. Hyperbaric oxygen therapy is used in some centres to maximise tissue salvage in the early stages.

2

Weeks 1–4: Conservative Wound Care

Dead tissue (eschar) is gently debrided. Moist wound dressings (hydrocolloid, petrolatum gauze, or silver-based dressings if infection is suspected) keep the wound bed clean and promote granulation. Do not pull or scrub eschar.

3

Weeks 4–8: Secondary Healing

The wound fills in from the edges and base. Most small areas (under 1 cm) heal fully with conservative management. Larger areas may need split-thickness skin grafting — rare in experienced hands.

4

Months 12–18: Scar Revision if Needed

Once healing is complete and the scar is fully mature, surgical scar revision, laser treatment, or steroid injections can address any residual cosmetic concern. Many scars in the post-auricular area are naturally concealed.

When to Contact Your Surgeon Immediately

Any of the following in the first 2 weeks after surgery warrant an urgent call:

  • A localised area of skin turning purple, grey, or black around the incision
  • Blistering along the wound edges that is not simple friction
  • An area of skin that becomes hard, leathery, and numb
  • Foul odour from the wound — suggests secondary infection of necrotic tissue
  • Any sign of rapidly spreading redness beyond the wound (may indicate concurrent infection)

Your Questions Answered

Medical References

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Key Facts

Skin necrosis after faceliftis caused byinsufficient blood supply to the elevated skin flap
Deep plane faceliftcarries lower necrosis risk thantraditional SMAS facelift due to preserved subdermal vasculature
Quitting smoking 4–6 weeks before surgerysignificantly reducesskin necrosis risk after facelift

Common Misconceptions

Myth: Skin necrosis is common after facelift

Fact: In non-smoking patients undergoing deep plane facelift with an experienced surgeon, skin necrosis rates are below 0.5%. It is one of the rarest serious complications in this technique.

Myth: I can smoke after surgery as long as I quit before

Fact: Smoking must be avoided for at least 4 weeks AFTER surgery as well. The skin flap remains vulnerable until vessels regenerate — typically 3–4 weeks post-operatively. Resuming smoking too soon carries the same necrosis risk as smoking before surgery.

Myth: If skin necrosis occurs, the whole facelift result is lost

Fact: Skin necrosis is a localised wound healing problem that does not affect the deep structural result of the facelift. The SMAS repositioning and deep plane work remain intact. Most patients achieve their expected aesthetic outcome after the wound heals, with any residual scar addressable at a later date.

Essential Considerations

Quit smoking — and all nicotine products — at least 4 weeks before and after surgery

Choose a surgeon experienced in deep plane technique for the lowest necrosis risk

Contact your surgeon immediately if any skin darkens, blisters, or becomes leathery

Conservative wound care resolves most small necrotic areas without revision surgery

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Medically Reviewed

Dr. Yakup Duman

Plastic, Reconstructive & Aesthetic Surgery Specialist

MDBoard CertifiedPlastic Surgery Specialist

Board-certified Plastic & Aesthetic Surgery specialist with 20+ years of experience. Specializes in deep plane facelift at Merkez Prime Hospital, Istanbul. Medical Reviewer for DeepPlane.com.

Turkish Plastic Reconstructive and Aesthetic Surgery Association
Last reviewed: April 13, 2026
View full profileOur review process
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