Breast Augmentation
Body area: breast
Overview
Breast augmentation increases breast size, restores volume, and improves symmetry using either silicone or saline implants — placed in a carefully chosen tissue plane — or the patient's own fat harvested via liposuction. Modern breast augmentation is highly individualized: the right implant size, shape, and pocket location, or the right candidate for fat transfer, depends on body proportions, tissue quality, lifestyle, and the patient's goals. It is one of the most performed cosmetic operations worldwide and, in experienced hands, delivers a natural, durable, and high-satisfaction result.
Who is it for?
Women seeking larger or fuller breasts, restoration of volume lost after pregnancy, breastfeeding, or weight loss, correction of natural asymmetry, or improvement of overall breast proportion to the rest of the body. The right technique — implant vs. fat, pocket location, implant type — is selected based on anatomy, tissue, lifestyle, and goals.
Technique overview
Implant-based augmentation places a silicone or saline implant in one of three pockets: subglandular (above the muscle), subfascial (under the pectoral fascia but above the muscle), or dual plane (partially under the pectoralis muscle, the modern workhorse). Fat transfer augmentation uses liposuction to harvest the patient's own fat, which is processed and injected in small parcels throughout the breast for a modest, natural increase. The choice of technique, implant type, and incision is individualized.
What this procedure cannot do
Breast augmentation increases volume and improves shape, but it does not lift significantly sagging breasts — patients with meaningful ptosis usually need a breast lift (mastopexy) added on, either at the same time (augmentation-mastopexy) or staged. Implants are not lifetime devices; most patients should expect at least one replacement over the course of their life for reasons like capsular contracture, rupture, position change, or simply a desire for a different size. Fat transfer augmentation is limited to roughly a half to one cup increase per session and depends on adequate donor fat — patients seeking dramatic enlargement usually need implants or staged fat transfer. No augmentation can guarantee perfect symmetry, preserve full nipple sensation, or eliminate the long-term realities of monitoring, possible revision, and ongoing physical change with aging, weight, and pregnancy.
Scars and incisions
The inframammary fold (IMF) incision in the natural crease beneath the breast (typically 4 to 5 cm) is the workhorse — best surgical access, predictable healing, and well hidden under bras and swimwear. Periareolar incisions along the lower border of the areola are an alternative for some patients, with a slightly higher reported risk of breastfeeding effects. Transaxillary (armpit) incisions avoid any scar on the breast but are more technique-dependent. Fat transfer requires only small (3 to 5 mm) cannula entry points on the breast and small liposuction access incisions at the donor site, all of which heal as inconspicuous marks. All breast incisions take 12 to 18 months to fully mature and fade.
Recovery
Most patients return to desk work within 5 to 10 days. Submuscular (dual plane) placement involves more chest soreness initially and a longer return to upper-body exercise (4 to 6 weeks) than subglandular or subfascial (2 to 3 weeks). Implants in a submuscular pocket settle over 3 to 6 months as the muscle relaxes (the 'drop and fluff' period). Fat transfer recovery involves both the donor site and the breast; final volume is set at 3 to 6 months as some injected fat is reabsorbed.
Longevity of results
Implants do not have a fixed expiration date but they are not lifetime devices — many patients keep their original implants 15 to 20+ years without intervention, while others need earlier replacement for capsular contracture, rupture, malposition, or preference for a different size. The breast itself continues to age, change with pregnancy and weight, and respond to gravity, so the appearance of an augmented breast evolves over time. For fat transfer, the fat that survives the first 6 months is essentially permanent and behaves like native breast tissue — but the volume responds to weight changes, and some patients elect a second session to refine areas that absorbed more than expected.
Typical price range
$6,000 - $15,000
Common goals
- Increase breast size
- Restore volume lost after pregnancy, breastfeeding, or weight loss
- Improve breast symmetry
- Improve overall body proportion
- Achieve a more natural, fuller upper-pole shape
Risks
- Capsular contracture (scar tissue tightening around the implant)
- Implant rupture or deflation
- Implant malposition (bottoming out, lateral displacement, double-bubble)
- Rippling or palpable implant edges (more common in thin patients)
- Animation deformity (with submuscular placement)
- Changes in nipple or breast sensation
- Asymmetry
- Effect on breastfeeding (uncommon but possible)
- Interference with mammography interpretation (manageable with specialized views)
- BIA-ALCL (rare T-cell lymphoma, primarily linked to certain textured implants)
- Breast implant illness (BII — evolving science)
- Variable fat survival and possible fat necrosis or oil cysts (fat transfer only)
- Need for revision or replacement surgery over the years
How to choose a surgeon
Choose a surgeon board-certified by the American Board of Plastic Surgery (ABPS) who performs breast augmentation as a core part of their practice — high volume in this operation correlates with refined judgment about implant selection, pocket choice, and complication management. Ask which technique they recommend for your anatomy and why, what their personal capsular contracture and revision rates are, what implant brands and surface types they use (and why), and how they discuss BIA-ALCL and BII during consent. Review their own before-and-after photos at 1+ year (not stock images) for patients with similar starting anatomy and goals. Verify that surgery is performed in an accredited facility with a board-certified anesthesia provider, and discuss implant manufacturer warranty and the long-term monitoring plan.
Frequently asked questions
Should I get implants or fat transfer?
It depends on your goals, anatomy, and preferences. Implants give predictable, reliable size increases (one to several cup sizes) and a wide range of shape and projection options, but you accept the long-term realities of living with an implant. Fat transfer uses your own tissue, feels and behaves like native breast, and contours the donor site at the same time — but achieves only a half to one cup increase per session, requires adequate donor fat, and has variable survival. Many patients are clearly better suited to one or the other after an honest consultation; some choose a hybrid (small implant plus fat).
Which pocket is right for me — subglandular, subfascial, or dual plane?
Dual plane (partial submuscular) is the modern workhorse for most patients because it combines upper-pole muscle coverage with natural lower-pole drape and has lower contracture rates than purely subglandular. Subglandular is a strong option for patients with thicker tissue who want faster recovery and no animation deformity, especially those who do significant chest-muscle work. Subfascial is a less common middle ground. Your surgeon should pinch and measure your tissue, consider your lifestyle and goals, and explain why they recommend a particular pocket for you specifically.
What incision should I choose?
The inframammary fold (under-the-breast crease) is the most common because it offers the best surgical access, predictable healing, and a scar that is well hidden under bras and swimwear. Periareolar (around the lower areolar border) is an option but carries a slightly higher reported risk of affecting breastfeeding and nipple sensation. Transaxillary (armpit) avoids any scar on the breast but is more technique-dependent. Fat transfer uses only tiny cannula entry points on the breast.
Will I be able to breastfeed after breast augmentation?
Most women with breast implants — particularly through an inframammary incision and submuscular or subfascial pocket — are able to breastfeed successfully. Some experience reduced supply regardless of technique. Periareolar incisions carry a slightly higher risk of affecting milk ducts or nipple sensation. If future breastfeeding is important, discuss this honestly during planning so the technique and timing can be chosen accordingly.
How long will my implants last?
Implants do not have a fixed expiration date but they are not lifetime devices. Many patients keep their original implants 15 to 20+ years without issue; replacement is typically driven by capsular contracture, rupture, position change, or simply a desire for a different size. The FDA recommends periodic MRI or ultrasound monitoring for silicone implants; your surgeon will discuss the monitoring plan for your implant type.
What about BIA-ALCL and breast implant illness (BII)?
BIA-ALCL is a rare T-cell lymphoma of the implant capsule, almost exclusively linked to certain textured implants — it is very uncommon with smooth implants used today. Breast implant illness (BII) describes systemic symptoms (fatigue, brain fog, joint pain, mood changes) that some women attribute to their implants; the science is evolving, and many patients improve after explantation. Both topics should be part of your informed-consent conversation — a responsible surgeon will discuss them openly rather than dismissing them.
Will breast augmentation affect my mammograms or breast cancer screening?
Implants can obscure portions of breast tissue on standard mammography, but specialized Eklund displacement views compensate well. Continue routine mammography on the standard schedule and tell your radiologist you have implants. Fat transfer can produce calcifications and oil cysts that need to be distinguished from concerning findings — an experienced breast radiologist familiar with post-fat-transfer changes handles this well. Augmentation does not increase the risk of breast cancer.
Can breast augmentation also lift sagging breasts?
Implants add volume and can mask very mild sagging by filling out the skin envelope, but they do not lift significantly sagging breasts. If the nipple has descended below the inframammary fold or there is significant skin laxity, you usually need a breast lift (mastopexy) added on — either at the same time (augmentation-mastopexy) or staged. Your surgeon will assess your ptosis honestly during consultation and recommend accordingly.
Editorial disclaimer: This page is educational content reviewed by the MDcontour editorial team. It is not medical advice, diagnosis, or treatment, and it does not establish a doctor–patient relationship. Always consult a board-certified plastic surgeon about your individual situation.