Learn About Breast Augmentation Options and Procedures

Understanding Breast Augmentation: Types of Implants

Breast augmentation involves placing implants behind or in front of the chest muscle to increase breast size and shape. Two main types of implants are available: saline and silicone gel. Understanding the differences between these options helps patients make informed decisions about what might work for their situation.

Saline implants contain sterile salt water and are FDA-approved for women 18 and older. These implants are filled after insertion, which means the surgeon makes a smaller incision during the procedure. If a saline implant ruptures, the salt water is absorbed by the body naturally, which some patients find reassuring. Saline implants tend to cost slightly less than silicone alternatives, typically ranging from $5,000 to $8,000 for the procedure. However, some patients report that saline implants can feel less natural to the touch and may show visible rippling under the skin, particularly in thinner patients.

Silicone gel implants have been used since the 1960s and were reapproved by the FDA in 2006 after safety reviews. These implants contain cohesive silicone gel that mimics natural breast tissue more closely. Silicone implants generally feel softer and more natural than saline options. The procedure cost typically ranges from $6,000 to $12,000. One consideration is that silicone ruptures may not be immediately noticeable, so the FDA recommends MRI screening every two to three years after implant placement. Modern silicone implants are "gummy bear" or form-stable implants that maintain their shape even if the outer shell ruptures.

A third option gaining attention is autologous fat transfer, sometimes called natural breast augmentation. This procedure removes fat from other areas of the body through liposuction and injects it into the breast tissue. This approach uses the patient's own tissue, reducing rejection risks. However, results vary because the body absorbs some transferred fat over time. Typically, 40 to 60 percent of transferred fat survives long-term. Cost ranges from $4,000 to $8,000. This option works best for patients seeking modest increases in breast size rather than dramatic changes.

Practical takeaway: Research implant types by reviewing before-and-after photos of each option and discussing with a surgeon which material aligns with your body type and desired outcome. Consider how rupture risks and maintenance requirements fit your lifestyle.

Surgical Approaches and Incision Placement

The surgical approach a surgeon chooses affects healing time, scarring, and the ability to breastfeed. Three main incision locations exist: inframammary (under the breast), periareolar (around the nipple), and transaxillary (in the armpit). Each approach has specific advantages and considerations that patients should understand.

Inframammary incisions are made in the crease under the breast where the skin naturally folds. This approach is the most common, used in approximately 70 percent of augmentation surgeries. Surgeons prefer this method because it provides direct access to the implant pocket and reduces nerve damage risk. The incision typically measures 1 to 2 inches and heals along a natural skin line where scarring is less visible. Recovery time is usually shorter with this approach, and patients can return to light activities within one to two weeks. The main drawback is that the scar may be visible when wearing low-cut clothing or swimwear, though most scars fade significantly within 12 to 18 months.

Periareolar incisions are placed around the edge of the areola, the darker area surrounding the nipple. This approach is used in roughly 20 percent of augmentation procedures. The advantage is that scarring blends with the natural color variation of the areola, making it less noticeable. However, this technique carries a higher risk of affecting nipple sensation or interfering with breastfeeding, since milk ducts pass through this area. Some patients experience temporary or permanent changes in nipple sensitivity. This approach works well for patients undergoing a breast lift simultaneously, as the incision allows the surgeon to reshape breast tissue.

Transaxillary incisions are made in the armpit crease and account for approximately 10 percent of augmentation surgeries. This approach leaves no scar on the breast itself, which appeals to patients concerned about visible scarring. However, it offers the surgeon less direct control over implant placement and carries slightly higher risks of implant malposition. Patients may also experience temporary numbness or nerve irritation in the armpit area. This technique typically works better with saline implants since the surgeon cannot directly visualize silicone gel placement as well.

Some surgeons now offer endoscopic-assisted approaches using a tiny camera to guide implant placement through a smaller incision. This technique may reduce tissue trauma and speed recovery, though it requires specialized equipment and surgeon training. Costs for endoscopic procedures are similar to traditional approaches, ranging from $5,000 to $12,000 depending on implant type and geographic location.

Practical takeaway: Schedule a consultation where the surgeon explains how each incision approach affects your specific anatomy, scarring likelihood, and recovery timeline. Ask to see photos of healed scars from different incision methods to understand realistic results.

Implant Placement: Subglandular Versus Submuscular

Beyond the incision location, surgeons must decide whether to place implants above or below the chest muscle. This choice, called implant positioning, affects how natural the breast looks, how the implant ages, and recovery time. The two primary placements are subglandular (above the muscle) and submuscular (below the muscle).

Subglandular placement positions the implant between the breast tissue and the chest wall muscle. This approach accounts for roughly 30 percent of breast augmentation surgeries. The main advantage is faster recovery—most patients return to normal activities within one to two weeks since the chest muscle remains undisturbed. Subglandular placement also causes less post-operative discomfort and chest wall pain. The implant is positioned closer to the skin surface, which can create a fuller upper pole (top of the breast) more quickly, appealing to patients desiring dramatic projection.

However, subglandular placement carries drawbacks for certain patients. Women with less natural breast tissue may see visible implant edges or feel the implant's firmness under the skin. The implant sits higher on the chest initially but may drop over time as skin stretches. Some research suggests subglandular placement may carry a slightly higher capsular contracture risk—a condition where scar tissue tightens around the implant, causing discomfort or distortion. Mammogram screening may also be more challenging since the implant is closer to breast tissue.

Submuscular placement, used in approximately 70 percent of augmentation procedures, positions the implant behind the pectoralis major chest muscle. This approach provides better coverage, making the implant less visible and more difficult to feel through the skin. The muscle acts as a natural barrier, reducing capsular contracture risk and creating a more natural appearance, particularly in thin patients with minimal natural breast tissue. Submuscular placement also interferes less with mammography screening.

Submuscular placement does require longer recovery. The chest muscle is manipulated during surgery, causing post-operative soreness that typically lasts two to four weeks. Patients report more chest wall discomfort and may experience temporary weakness when lifting or pushing. Some athletes and active patients find chest muscle soreness disrupts training schedules. The submuscular technique also costs slightly more, typically adding $500 to $1,000 to the overall procedure price, due to increased surgical complexity.

A hybrid approach called dual-plane or subfascial placement exists, where the implant sits partially under the muscle at the top and under breast tissue at the bottom. This method attempts to balance natural appearance with faster recovery.

Practical takeaway: Discuss your body type, lifestyle, and aesthetic goals with your surgeon to determine which placement offers the best combination of natural appearance and recovery timeline for your circumstances.

What to Expect Before, During, and After Surgery

Understanding the surgical timeline helps patients prepare mentally and physically for breast augmentation. The process involves several phases: pre-operative consultation, surgical day, immediate recovery, and long-term healing.

Pre-operative preparation typically begins four to six weeks before surgery. Your surgeon will order medical tests, including blood work and possibly a baseline mammogram if you're over