Bounce hybrid breast augmentation uses a Bounce implant (base volume) + BiVOL/ADM (surrounding tissue environment) + fat (edges and contour), dividing their roles in a single operation. As long as an implant is used, the possibility of complications such as capsular contracture, rupture and malposition remains. The key is deciding which elements to use, and how much, based on your skin thickness and tissue volume.
Contents
What kind of surgery is Bounce hybrid breast augmentation?
Typical implant breast augmentation centers on choosing the implant type, size and placement. Bounce hybrid goes a step further, also designing the tissue around the implant and the boundary where the implant meets the existing breast.
| Component | Role | Analogy |
|---|---|---|
| Bounce implant | Base volume and shape of the breast | The frame of a house |
| BiVOL (ADM) | Supplements the tissue environment around the implant | Reinforcement supporting the frame |
| Fat grafting | Connects implant edges and the outer breast contour | Finishing materials |
The key is that the three elements do not do the same job but divide roles into volume, tissue environment and boundary. Bounce (BOUNS) is a Korean implant brand with a sizing system that subdivides width, height and volume.
Related readingThe sizing system and features of the Bounce implant itself are covered in "Bounce Korean-made breast implants: what to know before surgery" (Korean).
What implant complications are there?
Even a good implant is not a medical device meant to last forever. Palpability, rippling, show-through, malposition, capsular contracture, rupture and infection can occur, and additional surgery may be needed over time.
The one people worry about most is capsular contracture. It is when the capsule that forms around the implant thickens and contracts, making the breast hard, and its rate also differs by implant surface type. A meta-analysis of 13 studies (5,440 patients) found that textured-surface implants had less capsular contracture than smooth-surface implants.[1]
However, a possible link between textured surfaces and a rarely reported lymphoma (BIA-ALCL) is also being discussed, so it is right to choose the surface type after hearing both its pros and cons.
A systematic review of 6 randomized controlled trials (235 patients) also found less capsular contracture with textured-surface implants than with smooth-surface implants at 1 and 3 years after surgery.[2]
What role does BiVOL (ADM) play around the implant?
BiVOL is a tissue-reinforcement method that uses ADM (acellular dermal matrix). ADM is the extracellular matrix structure of dermis with the cellular components removed, a material long used in reconstructive surgery. In a meta-analysis of 9 studies (481 breasts) that used ADM to treat capsular contracture after breast augmentation, lower capsular contracture rates were reported with ADM.[3]
What to note here is that this evidence comes from "treating capsular contracture that has already occurred." There is not yet evidence to say that using ADM in a primary surgery prevents capsular contracture. So it is more accurate to understand BiVOL as an option that supplements the surrounding environment when tissue is thin and the implant edge is a concern.
Why is fat added as well?
Rather than replacing the implant's large volume, fat is used to smoothly connect the boundary where the implant meets the existing breast, and the inner and outer breast contour. The thinner the skin or the less breast tissue, the more likely the implant edge is to show or be felt, so its role is to make the covering tissue a little thicker.
In a systematic review of 382 primary-surgery patients who had implants and fat together, a relatively small average of 109 mL of fat per breast was placed, mainly along the inner breast boundary. The overall reoperation rate was 3.7%.[4]
Related readingFor how fat is used to design cleavage and the upper breast, see "Hybrid breast augmentation: can cleavage and the upper breast line be designed too?".
Common myths and facts — Bounce hybrid
| What many people think… | What the evidence shows |
|---|---|
| "With hybrid, there are no implant complications." | As long as an implant is used, the possibility of capsular contracture, rupture and malposition remains. What it aims to reduce are problems like visible edges and show-through. |
| "BiVOL is a type of implant." | No. BiVOL is an ADM-based tissue reinforcement method with a different role from a silicone implant. |
| "The more of all three you use, the better." | If tissue is sufficient, they are used only where needed and to a limited extent. The combination and proportions differ for each person. |
| "An expensive implant guarantees the result." | Implant choice is only one factor; placement plane, size and tissue thickness also affect the result. |
What must be checked before surgery?
- Implant: which product, size and shape was chosen, and why
- BiVOL (ADM): which material is used where, and why it is needed in your case
- Fat grafting: how much goes where, and in which layer
- Long-term care: how regular follow-up is done, and what to do if abnormal symptoms appear
Rather than an explanation like "it's hybrid, so capsular contracture won't happen," it is important to choose a clinic that explains the advantages, limitations and possible complications together.
To patients worried about implant complications, I say, "Let's first separate what you're worried about." Problems with the implant itself, such as capsular contracture, and problems like show-through and visible edges that arise because the covering tissue is thin are handled differently. Bounce hybrid mainly addresses the latter; the former is handled through implant choice and regular follow-up.
Bounce hybrid is a method that designs volume with the implant, the surrounding tissue with BiVOL, and the boundary with fat. It is not surgery that eliminates implant complications, but surgery that sets the combination according to your tissue condition.
🔬 Supporting research
Peer-reviewed international journal articles that support this article. Click a title to open the PubMed abstract.
- Gland surgery 2022 — meta-analysis, 13 studies · 5,440 patients A systematic review and meta-analysis of capsular contracture rate after breast augmentation with textured and smooth breast prostheses. Key finding: capsular contracture rates differ by implant surface type — compare pros and cons when choosing a surface In text [1] · PMID 35242678 · DOI
- Aesthetic surgery journal 2023 — meta-analysis, 9 studies · 481 breasts Efficacy of Acellular Dermal Matrix Type in Treatment of Capsular Contracture in Breast Augmentation: A Systematic Review and Meta-Analysis. Key finding: ADM lowers recurrence in treating capsular contracture — evidence for prevention in primary surgery still lacking In text [3] · PMID 37595294 · DOI
Frequently asked questions (FAQ)
Does Bounce hybrid also use an implant?
Yes. It uses a Bounce implant as the base, together with BiVOL and fat. It differs from BiVOL-only surgery, which does not use an implant.
Does Bounce hybrid prevent capsular contracture?
No. As long as an implant is used, the possibility of implant-related complications, including capsular contracture, remains. Regular follow-up is needed.
Is BiVOL an implant?
No. It is a tissue-reinforcement method using ADM (acellular dermal matrix) and does not play the same role as a silicone implant.
Is it the same surgery as regular hybrid breast augmentation?
Regular hybrid uses an implant together with fat, while Bounce hybrid adds BiVOL (ADM) and also considers the tissue environment around the implant.
Can slim people have it?
Being slim alone does not make it impossible. Implant choice and whether fat is used depend on skin thickness, subcutaneous fat and the amount of glandular tissue.
📖 References
Click a [number] in the text to jump to its source, and ↩ to return. Only papers whose title, journal and year were verified on PubMed are listed.
- ↩ Zhai P, Wu Y, Yang D, Ma W, Zhai Y, Xie H. A systematic review and meta-analysis of capsular contracture rate after breast augmentation with textured and smooth breast prostheses. Gland Surg. 2022;11(1):166-174.PMID 35242678 · DOI— meta-analysis, 13 studies · 5,440 patients — textured-surface implants had less capsular contracture than smooth (OR 0.26)
- ↩ Wong CH, Samuel M, Tan BK, Song C. Capsular contracture in subglandular breast augmentation with textured versus smooth breast implants: a systematic review. Plast Reconstr Surg. 2006;118(5):1224-1236.PMID 17016195 · DOI— randomized trials, 6 studies · 235 patients — textured surfaces had less capsular contracture at 1 and 3 years
- ↩ Samuels K, Millet E, Wong L. Efficacy of Acellular Dermal Matrix Type in Treatment of Capsular Contracture in Breast Augmentation: A Systematic Review and Meta-Analysis. Aesthet Surg J. 2023;44(1):26-35.PMID 37595294 · DOI— meta-analysis of ADM for capsular contracture treatment, 9 studies · 481 breasts — lower recurrence of capsular contracture with ADM
- ↩ Salibian AA, Frey JD, Bekisz JM, Choi M, Karp NS. Fat Grafting and Breast Augmentation: A Systematic Review of Primary Composite Augmentation. Plast Reconstr Surg Glob Open. 2019;7(7):e2340.PMID 31942362 · DOI— primary composite breast augmentation, 5 studies · 382 patients — average 109 mL fat, reoperation 3.7%
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