When meeting patients considering breast augmentation in the plastic surgery consultation room,

the barrier we encounter most frequently is not fear of the surgery itself, but rather "confusion caused by fragmented information from the past."


All too often, word-of-mouth stories, unverified reviews on online forums, and outdated surgical techniques from past generations become intertwined,

needlessly amplifying anxiety.


Today, advances in plastic surgery and the progress of implant engineering have reshaped many past standards.

Here, we medically clarify the five most common misconceptions repeatedly encountered in clinical practice.



Must implants be routinely replaced every 10 years?


If there are no structural abnormalities such as implant rupture or severe capsular contracture,

there is no medical reason to perform revision surgery solely because a specific period of time has elapsed.


This common misconception stems from outdated data from the era of saline implants

and a widespread misinterpretation of the US FDA's 10-year Core Study guidelines as they reached the general public.


However, because implants are not permanent medical devices, regular evaluations to monitor their condition are essential.


According to US FDA recommendations, patients with silicone gel implants

are advised to undergo high-resolution imaging (ultrasound or MRI) starting 5 to 6 years postoperatively, regardless of whether symptoms are present,

and to continue monitoring every 2 to 3 years thereafter.


The decision to replace an implant should be based on its "integrity and the state of the capsule," not on the "passage of time."


Is an artificial appearance (the so-called 'bowl shape') inevitable after surgery?


In the past, when textured implants were predominantly used, the implant adhered to surrounding tissue, limiting natural fluidity,

and excessive implant volumes relative to the patient's frame sometimes resulted in an unnatural contour.


Today, however, widely utilized microtextured and smooth implants

demonstrate natural deformation and fluidity that adapt to the body's movements.


Above all, the key variables determining a natural surgical outcome are the patient's individual soft-tissue thickness and skin elasticity.

For patients with sufficient baseline breast tissue, the "covering blanket" is naturally thicker,

making a natural-looking outcome significantly more likely.


Conversely, if the baseline subcutaneous fat and glandular tissue are thin, the edges of the implant can become visible more easily.

In such cases, combining the procedure with autologous fat grafting—known as composite breast augmentation—

is essential to secure adequate soft-tissue thickness (coverage).



Does surgery interfere with the ability to breastfeed?


During breast augmentation, the implant is never placed inside the glandular tissue responsible for milk production and secretion;

instead, it is positioned beneath the pectoralis major muscle or via a dual-plane approach, completely isolated from the mammary gland.


In particular, when precise dissection is performed using high-resolution endoscopy,

the fascial layers are meticulously preserved, minimizing damage to glandular tissue.


While some studies have reported slightly lower rates of exclusive breastfeeding,

it remains unclear whether this is a direct consequence of the surgical intervention itself.


As long as the implant remains structurally intact—outside of extreme scenarios such as microscopic leakage from a ruptured implant—

its effect on the lactation mechanism is negligible.


Does a larger size always lead to higher satisfaction?


While the primary goal of breast augmentation is volume enhancement, indiscriminately selecting an oversized implant

can lead to long-term complications such as asymmetry, rippling, and tissue thinning.


Placing an implant that exceeds the chest wall width, breast base diameter, or the physiological stretch limits of the skin

should be avoided.


Recent trends have moved beyond mere enlargement toward tailored corrections in the low-to-mid 200cc range,

focused on resolving upper-pole hollowing and achieving balanced harmony.


If soft tissue is thick, a prepectoral (subfascial) plane can help reduce pain and facilitate a faster recovery;

if soft tissue is thin, a subpectoral or dual-plane placement should be chosen to conceal implant borders.


While we do our utmost to accommodate each patient's aesthetic goals,

increasing volume without prior anatomical analysis is inadvisable.

We recommend selecting an implant size guided by meticulous physical measurements.



Is forceful compression massage essential to prevent capsular contracture?


The past practice of blindly performing forceful compression massages to physically tear the capsule and create space

is fundamentally contraindicated in modern clinical practice.


Excessive external force carries a high risk of inducing premature implant rupture or internal tissue damage.


With modern surgical techniques—supported by significant advancements in endoscopic visualization and dissection precision—

proper implant settling is achieved naturally without aggressive massage.


However, if a patient exhibits an individual tendency toward firmer capsule formation,

gentle, guided maneuvers to support implant mobility may be applied.

This is fundamentally different in nature from the "capsule-crushing massages" of the past.


A Message from Our Medical Team


There is no need to hesitate over surgery or rely on outdated aftercare practices rooted in past misconceptions.


What matters most is a thorough evaluation of your unique rib cage structure and soft-tissue characteristics,

coupled with the precise surgical technique of a specialist capable of designing an evidence-based, customized surgical plan.