Mastopexy Techniques — A Patient's Guide

"Which technique will you use on me?" is one of the most common — and most important — questions patients ask. The honest answer is: it depends on your anatomy. This guide explains the main mastopexy techniques in plain English, what each achieves, and when each is appropriate. You don't need to memorise the terminology, but understanding the landscape helps you have a more informed conversation at consultation.

Three decisions, not one

Every breast lift involves three distinct technical choices that are often bundled together:

• The scar pattern — the shape of the incisions on the skin, matched to your ptosis grade.
• The pedicle — which part of the breast carries the nipple's blood supply and nerves.
• With or without an implant — whether volume restoration is needed alongside reshaping.

These are independent decisions. You can combine a superomedial pedicle with a vertical scar and a round implant, for example. Some combinations are more common than others because they suit specific anatomical patterns.

Scar patterns — matched to your ptosis grade

Pedicle techniques — nipple blood supply and sensation

The pedicle is the "bridge" of tissue that keeps the nipple alive and sensate while the surrounding skin and tissue are rearranged. Pedicle choice is made by your surgeon based on anatomy, the direction the nipple needs to move, and the scar pattern selected.

Autologous mastopexy vs augmentation-mastopexy

This is the most important decision besides scar pattern. It is a volume question, not a shape question.

Round vs anatomical implants in augmentation-mastopexy

When an implant is added to a lift, the shape of the implant matters more than in a pure augmentation — because the breast tissue around it is being newly arranged.

How does Dr. Erdal decide?

Three factors guide the plan for every patient:

• Ptosis grade — determines the scar pattern (periareolar → vertical → Wise).
• Volume status — determines autologous vs augmentation-mastopexy.
• Skin and tissue quality — fine-tunes pedicle choice, implant shape and internal support.

In practice, vertical (Lejour) and Wise pattern are the two most frequently performed incision patterns in Dr. Erdal's lift cases, most often with a superior or superomedial pedicle. Round implants are used in the majority of augmentation-mastopexy cases; anatomical implants are reserved for selected mild-ptosis cases with specific lower-pole goals.

Internal support — the half nobody sees

The visible scar pattern is one part of mastopexy technique. Equally important is what happens internally — how the breast tissue itself is reshaped and supported. Two surgeons using identical scar patterns can produce very different long-term results based on internal technique alone.

Pillar plication

The medial and lateral pillars of breast tissue are sutured together internally. This creates a narrower, more projected breast shape and transfers some of the long-term load from skin to deeper structures. Without pillar plication, the lift relies primarily on skin tension — which stretches over years.

Internal bra / mesh support

Biological mesh (collagen-based) or synthetic mesh (Galaflex, SERI) placed internally supports tissue against gravity over years. Most useful for:

• Severe ptosis cases where skin elasticity is poor
• Revision mastopexy where tissue support is reduced
• Augmentation-mastopexy with larger implants
• Patients with thin skin or rapid weight loss history

Dermal sling

De-epithelialised skin (skin with the surface layer removed but kept attached to the underlying tissue) used as internal support. Particularly useful in larger mastopexy or augmentation-mastopexy cases. Avoids the cost and surveillance considerations of mesh.

Why this matters

Mastopexy without internal support can show recurrence at 2-3 years. Mastopexy with appropriate internal support typically maintains shape for 8-15 years before any consideration of revision. The technique difference is invisible at 6 months but very visible at 5+ years.

Areolar reduction — often overlooked

The nipple-areolar complex (NAC) often enlarges with pregnancy, breastfeeding, weight changes, and ptosis itself. Mastopexy is the natural opportunity to reduce areolar diameter when the patient wants this.

Considerations

• Pre-pregnancy areolar diameter for many patients was 35-40mm; post-pregnancy often 50-60mm
• Aesthetic target typically 35-45mm depending on breast size
• Reduction limits — too aggressive reduction can compromise blood supply or produce a "flat" appearance
• Re-stretching — some areolar re-expansion is possible over years; surgical reduction allows for this margin

Technique in scar patterns

• Periareolar pattern naturally allows areolar reduction — circular incision can be smaller than the original areola
• Vertical pattern easily incorporates areolar reduction
• Inverted-T pattern incorporates areolar reduction at the periareolar component

Drains — used vs not used

Whether to use surgical drains is a technique-level decision that varies between surgeons. Both approaches have rationale:

With drains

• Reduces seroma risk in larger dissection cases
• Standard in inverted-T pattern with extensive dissection
• Drains typically removed Day 1-3 when output drops
• Patient preference often against drains due to inconvenience

Without drains ("drainless" technique)

• Quilting sutures used internally to obliterate dead space
• Often appropriate in vertical pattern with limited dissection
• More comfortable post-op for patient
• Requires technical confidence in the closure

Drainless technique works well when properly executed; routine use of drains works well when the closure isn't fully obliterative. The choice should match the case and the surgeon's technique, not patient preference alone.

Smoking — the single biggest patient factor

Smoking is the most significant patient-controlled risk factor in mastopexy outcomes. Nicotine constricts blood vessels and impairs wound healing dramatically:

• Nipple-areolar complex (NAC) circulation — smokers have 3-5x higher rate of NAC necrosis (loss of nipple from blood supply failure)
• Wound healing — smokers have 2-3x higher rate of wound dehiscence (separation), particularly at the T-junction in inverted-T pattern
• Scar quality — smokers' scars heal poorer; wider, more pigmented final scars
• Infection — higher rate of post-op infection

Most mastopexy surgeons require smoking cessation for at least 4 weeks before surgery, ideally 8 weeks, with continued cessation for 4 weeks post-op. Cotinine testing (urine or blood) may be used to verify. Vaping is similarly problematic — nicotine via any delivery method has the same vascular effects.

The realistic option for smokers: quit before surgery (the strongest motivator many patients ever have), or wait until you have quit before considering mastopexy. Surgery on an active smoker is not what an ethical mastopexy surgeon will do.

The intra-operative decisions

Several decisions are made during surgery itself based on findings:

• Final NAC position — adjusted based on intra-op symmetry assessment
• Skin removal extent — refined based on skin elasticity assessment
• Implant volume in augmentation-mastopexy — pre-op range with intra-op selection from 2-3 sizers
• Implant pocket adjustments — pocket dissection refined for symmetric position
• Closure tension assessment — final wound tension verified before closure

This is why pre-op consultation establishes principles and ranges, not exact numbers — exact decisions are surgical judgments made with the breast on the table.

Frequently asked questions