Rippling is the complication patients find on the internet at two in the morning and then arrive worried about.
It’s worth understanding properly, because the anxiety is usually out of proportion to the risk, and because almost everything that determines whether you get it is decided before your surgery rather than after.
What rippling actually is
An implant has a shell. Under certain conditions that shell can fold or wrinkle slightly, and if there isn’t much tissue lying over it, you can see or feel those folds through the skin.
It typically shows up along the outer side of the breast or toward the lower pole, sometimes in the cleavage. Patients describe it as looking like faint ripples under the skin, often more obvious when bending forward.
Two distinctions matter. Visible rippling is what you can see in a mirror. Palpable rippling is what you can feel with your fingers but nobody else would notice. The second is far more common and far less bothersome, and a fair number of women with implants have some degree of it without ever thinking about it.
It is not dangerous. It doesn’t mean anything is wrong with the implant. It’s a cosmetic issue, though for something you chose to have done, cosmetic issues count.
Why it happens
Four things drive it, and they compound.
How much tissue is covering the implant. This is the big one. An implant sitting under a generous layer of breast tissue and muscle is padded. In a very thin woman with little natural breast tissue, there’s less between the shell and the skin, so anything the shell does shows through more readily.
Where it sits. Implants placed above the muscle have only breast tissue over the upper pole. Under the muscle, you gain a layer of coverage exactly where rippling tends to be most visible. We went through that trade-off in under the muscle vs. over the muscle implants.
What’s inside it. Saline is a liquid and behaves like one. Cohesive silicone gel holds its shape and resists folding. Saline implants ripple more readily than silicone, which is one of the practical differences between them, and an underfilled saline implant ripples more than a properly filled one.
Size and profile relative to your frame. A large implant stretches the tissue over it thinner. A high profile concentrates volume into a narrower base and does the same thing. Put a big high-profile implant on a thin woman and you have taken the one thing that protects against rippling, tissue coverage, and reduced it.
Where prevention actually happens
Almost all of it is in the planning.
I measure breast width first and select from implants that fit within that measurement, rather than starting from a volume the patient has in mind. That single habit prevents a lot of downstream problems, rippling among them. Our guides to implant profiles and choosing a size go through how that works.
For a thin patient, the conversation usually goes three ways. Cohesive silicone rather than saline. Placement under the muscle rather than over. And a moderate profile rather than the highest one available, even when she’d prefer more projection.
That last one is the hard conversation, and I’d rather have it than not. A patient who takes a slightly smaller, less projected implant and has a smooth result at eight years is better served than one who got exactly the number she wanted and can see her implant edge in the mirror.
I’ll also say plainly what most pages won’t: in a very thin woman with almost no breast tissue, no surgeon can promise you’ll never see any rippling. Anyone who does is overselling. What we can do is stack the choices in your favor.
If you already have it
Rippling that appears after surgery isn’t necessarily permanent, and it isn’t necessarily worth operating on.
In the first few months, some apparent rippling settles as swelling resolves and the implant drops into position. If you’re eight weeks out and worried, come in, but don’t assume what you’re seeing is the final result.
If it persists and it bothers you, the corrections follow the causes:
- Changing a saline implant for a cohesive silicone one
- Moving the implant from above the muscle to below it, which adds coverage where it usually shows
- Fat grafting over the implant to thicken the tissue layer
- Reducing to a less projected implant if the current one is oversized for the frame
These are breast revision procedures. Several of the revisions I do are for rippling in patients whose original implants were chosen without much attention to their measurements.
Rippling versus capsular contracture
Patients sometimes confuse these, and they’re close to opposites.
Rippling is the implant shell showing through tissue that’s too thin to hide it. The breast stays soft.
Capsular contracture is scar tissue tightening around the implant. The breast becomes firm, may sit high, and can hurt.
If the breast is soft but you can see wrinkles, you’re looking at rippling. If it’s firm and the shape has changed, that points to contracture instead. Either way it’s a straightforward thing to sort out at an examination.
Common questions
What causes breast implant rippling?
Rippling occurs when folds in the implant shell become visible or palpable through the overlying tissue. The main contributors are thin breast tissue with limited coverage, placement above the muscle, saline rather than cohesive silicone fill, and an implant that is too large or too projected for the patient’s frame.
Do silicone implants ripple less than saline?
Yes. Cohesive silicone gel holds its shape and resists folding, while saline is a liquid and moves more freely within the shell. Saline implants, particularly underfilled ones, ripple more readily than cohesive silicone implants.
Can breast implant rippling be fixed?
Often, yes. Options include exchanging saline implants for cohesive silicone, moving the implant beneath the muscle for additional coverage, fat grafting over the implant to thicken the tissue layer, or selecting a less projected implant. The right correction depends on which factor is causing it.
Is rippling a sign that something is wrong with my implant?
No. Rippling is a cosmetic issue rather than a safety problem and does not indicate implant failure or rupture. If the breast becomes firm, painful, or changes shape, that is a different issue and should be examined.
Discuss your options in Paramus
If you have thin tissue and you’re worried about this, raise it at the first appointment. It changes the implant conversation in useful ways, and planning around it beforehand works far better than correcting it later.
Our office is on Winslow Place in Paramus, convenient to all of Bergen County. See our page on breast augmentation in NJ, or call (201) 546-1890 to arrange a consultation.
Medically reviewed by Dr. Michael Gartner, DO, FACS — double board-certified plastic surgeon and Fellow of the American College of Surgeons, practicing in Paramus, New Jersey for over 20 years.
