Visible rippling or wrinkling through the breast skin is a solvable problem — but only if the correction addresses the actual cause. Whether it is the implant type, thin tissue coverage, or subglandular pocket placement, Dr. Tachmes has corrected rippling for patients across Miami Beach and South Florida for over 32 years.
Submit Your Case for Dr. Tachmes' ReviewOr call Dr. Tachmes directly: 786-603-9074 — no coordinators.
Breast implant rippling — sometimes called implant wrinkling — refers to visible folds, waves, or corrugations on the implant surface that are visible through the overlying skin. It appears most commonly along the outer lower quadrant, the upper inner pole, or along the lateral breast where tissue coverage is thinnest.
Rippling is not a uniform problem with a single cause. It is the result of a combination of factors: the implant type (saline is significantly more prone to visible rippling than silicone), the implant placement plane (subglandular placement leaves less tissue between the implant and skin), and the patient's natural tissue thickness. Lean patients with less subcutaneous fat and thin skin have higher rippling risk regardless of implant type.
Rippling worsens when saline implants are underfilled below the manufacturer's recommended volume range — the shell wrinkles more easily when there is too little fluid inside to maintain consistent pressure against the shell. This is fully correctable, but only if the correction targets the underlying cause — not just the visible symptom.
Dr. Tachmes evaluates tissue thickness, implant type, fill volume, and pocket position at consultation before recommending a correction pathway. In many cases, a straightforward saline-to-silicone exchange eliminates the rippling entirely. In others, pocket conversion or fat grafting is required to achieve a smooth result.
Visible ripples, waves, or corrugations through the breast skin — especially noticeable when leaning forward or raising your arms.
Ridges or folds palpable under the skin along the outer or lower breast.
Wrinkling that is most visible in the upper inner pole or lateral breast where tissue is thinnest.
Rippling that has worsened over time — as tissue thins with age or weight loss, previously invisible rippling becomes visible.
One breast rippling more than the other — indicating unequal tissue coverage or different fill volumes.
Saline implants consist of a silicone shell filled with sterile salt water. Because saline moves freely inside the shell, the shell can fold or wrinkle when it is not fully pressurized against the surrounding tissue — producing visible rippling.
Cohesive silicone gel implants hold their shape because the gel is cross-linked — it maintains its form against the shell wall regardless of the surrounding tissue pressure. This is why silicone gel implants are far less likely to show visible rippling, even in patients with thin tissue coverage.
For patients with saline implants experiencing rippling, exchanging to cohesive silicone gel is typically the most effective and straightforward correction — particularly if tissue thickness is not severely diminished.
Before recommending a correction, Dr. Tachmes assesses tissue thickness using the pinch test — measuring the amount of tissue between the skin and implant at the area of visible rippling. This measurement determines whether an implant exchange alone will be sufficient or whether additional coverage augmentation is needed.
He also evaluates pocket position — subglandular implants have less tissue coverage than submuscular implants, and in thin patients, converting the pocket from subglandular to dual-plane can add a muscular layer over the implant upper pole where rippling most often appears.
The diagnostic clarity from this evaluation means Dr. Tachmes goes into surgery with a specific correction plan — not a "try this and see" approach that risks leaving the patient with persistent rippling after a second procedure.
Three primary correction strategies address rippling at its source. The right approach — or combination — depends on implant type, pocket position, and tissue thickness.
For patients with saline implants, exchanging to cohesive form-stable silicone gel is the first-line correction. Silicone gel maintains its shape against the shell wall regardless of surrounding tissue pressure, eliminating the folding mechanism that causes rippling. In patients with adequate tissue coverage, this exchange alone resolves the problem.
When the implant is placed above the muscle (subglandular) and tissue coverage is thin, Dr. Tachmes converts the pocket to a submuscular or dual-plane position. This adds a muscular tissue layer over the implant upper pole — the area most prone to visible rippling — dramatically increasing the soft-tissue buffer between the implant and skin.
In select patients, fat harvested from the abdomen, flanks, or thighs via liposuction is transferred directly over the area of visible rippling to thicken the tissue layer. Fat grafting is best suited for localized rippling in patients with adequate donor fat and is often combined with an implant exchange for a comprehensive correction.
Oversized implants stretch the overlying tissue thinner over time, worsening rippling. In some cases, downsizing to a more appropriate implant relative to tissue dimensions is part of the correction — allowing the skin and tissue to recover adequate thickness over a less demanding implant volume.
Recovery timeline depends on the specific correction technique performed. A simple saline-to-silicone exchange has a shorter recovery than a pocket conversion from subglandular to submuscular, which is more comparable to the original augmentation in terms of discomfort and restriction.
General recovery milestones for implant exchange and pocket conversion:
If fat grafting is performed in addition to implant exchange, a separate recovery at the donor site is involved — typically the abdomen or thighs — with bruising and compression garment requirements specific to that area.
Dr. Tachmes provides detailed, personalized post-operative protocols for each patient based on the exact procedures performed.
Surgery duration: 1.5–3 hours (depends on technique)
Anesthesia: General anesthesia
Return to work: 7–14 days (desk work)
Compression bra: 6 weeks
Upper body exercise: Avoid 6–8 weeks
Full recovery: 8–12 weeks
Results stabilize: 2–3 months
A rippling correction that addresses the root cause has a low recurrence rate. Switching from saline to cohesive silicone gel eliminates the mechanism that causes rippling in the first place. Pocket conversion to submuscular provides permanent additional coverage. Fat grafting integrates into the tissue and creates lasting thickness.
However, ongoing tissue thinning from age or significant weight loss can reduce the effectiveness of fat grafting over time. Patients who choose fat grafting should maintain stable weight to preserve the correction. Dr. Tachmes discusses long-term expectations specific to your correction plan during consultation.
Every consultation starts with Dr. Tachmes personally reviewing your photos and history — not a coordinator or PA. Submit your case and receive a direct response about your correction options.
Submit Your Case for Dr. Tachmes' Review Call Now: 786-603-9074