Surgery 1 · Implant only — no lift
Breast augmentation with implants
For breasts that have lost volume but have not sagged. Implant placement without altering breast position. The most common implant surgery — approximately 80% of implant patients.
Clinical summary
Breast augmentation with implants is appropriate when the nipple-areola complex sits at or above the inframammary fold and points forward — anatomic indicators that the breast has lost volume but not significantly sagged. Surgery places implants under the muscle (submuscular), over the muscle (subglandular), or in dual-plane configuration. Five orthogonal implant decisions (type, shape, profile, surface, brand) are made together with the surgeon. Recovery 7-14 days for office work, 6-8 weeks for full physical activity. Final result emerges at 3-6 months.
Anatomic candidacy
The single most important question in implant surgery is: do you need a lift, or only an implant? Two surgeries — augmentation alone vs augmentation + mastopexy — produce very different outcomes for very different anatomy. Choosing the wrong one creates dissatisfaction that cannot be corrected without a second operation.
The nipple-fold relationship
The most reliable anatomic test:
- Nipple at or above the inframammary fold, pointing forward: implant alone is appropriate. Approximately 80% of patients seeking implants.
- Nipple at the inframammary fold, pointing slightly down: borderline. Some surgeons offer implant alone with a strong implant and accept slight residual sagging; others recommend lift. Dr. Erdal's practice typically recommends lift in this borderline case.
- Nipple below the inframammary fold or pointing significantly down: mastopexy required. Implant alone will exaggerate the sagging.
The most common patient error: hoping that a larger implant will lift sagging breasts. It does not. A larger implant adds volume to whatever shape the breast already has — including the sagging. Volume without lift makes the result worse, not better.
Other anatomic factors
- Skin elasticity — younger patients with elastic skin tolerate larger volume changes; older patients or those with prior pregnancies/weight loss may need restraint.
- Chest base width — limits maximum implant width (cannot exceed your chest base).
- Existing breast tissue volume — affects what surface coverage you have over the implant.
- Body proportion — large implants on a small frame look prominent; smaller implants on a tall frame may look subtle.
- Goal expectations — subtle natural look (most common in modern practice) vs prominent fuller-than-baseline look.
Implant decisions
Five orthogonal decisions every implant carries:
| Decision | Options | Most common for primary augmentation |
| Type | Silicone gel, cohesive gel, saline, structured saline, B-Lite | Cohesive gel |
| Shape | Round, anatomical (teardrop), ergonomic | Round (or ergonomic) |
| Profile | Low, moderate, moderate-plus, high, extra-high | Moderate-plus or high |
| Surface | Smooth, microtextured, macrotextured, polyurethane-coated | Microtextured (in EU/UK) |
| Brand | Motiva, Mentor, Natrelle/Allergan, Polytech, Sebbin, Nagor | Brand-specific selection based on availability and surgeon experience |
Each decision has a dedicated reference page (silicone gel, cohesive gel, round, anatomical, moderate profile, high profile, microtextured, Motiva, etc.). Read individually for granular detail; the consultation discusses the specific combination for your anatomy.
The brand-neutral approach. This practice carries multiple implant brands. The selection for your specific case is based on anatomic fit, your priorities (texture, shape, longevity, warranty), and surgeon experience with each brand — not on commercial relationships. If a particular brand is suggested, you can ask "why this brand for me specifically?" — the answer should reference your anatomy and goals, not generic brand marketing.
Placement options
| Placement | Description | Strengths | Limitations |
| Subglandular | Implant over the pectoralis muscle | Faster recovery, less initial discomfort | More visible implant edge in thin patients; higher historical contracture rates |
| Submuscular | Implant under the pectoralis muscle | Better soft tissue coverage, lower contracture rates, better mammography | Initial animation deformity (movement during pec contraction) |
| Dual plane | Upper portion submuscular, lower portion released | Combines submuscular coverage with natural lower pole drape | Technically more complex than either pure approach |
| Subfascial | Under the deep fascia, over the muscle | Some additional coverage vs subglandular without submuscular animation | Less commonly used; controversial whether truly distinct from subglandular |
Dual-plane placement is the most common in modern practice for primary augmentation in patients with thin-to-moderate overlying tissue. Pure submuscular is preferred for very thin patients where maximum coverage is needed. Subglandular is reserved for specific cases (athletes concerned about animation deformity, patients with very generous overlying tissue).
Surgical technique
Incision options
- Inframammary fold (IMF): 4-5 cm incision in the natural fold under the breast. Most common — provides direct access for any implant size, well-hidden scar, allows precise pocket dissection.
- Periareolar: incision along the lower edge of the areola. Minimally visible scar but limits implant size and may affect nipple sensation; not preferred for large implants.
- Transaxillary: incision in the armpit. No breast scar but limited visualisation; not preferred for textured implants or large pockets.
- Transumbilical (TUBA): through the navel. Saline only; rarely used in modern practice.
IMF (inframammary fold) is the dominant technique in modern primary augmentation. Periareolar reserved for specific indications. Transaxillary and transumbilical are now uncommon.
Operative time
- Standard primary augmentation: 60-90 minutes operative time.
- General anaesthesia with experienced plastic surgery anaesthesia team.
- Day surgery in most cases — morning admission, evening or next-morning discharge.
Recovery timeline
Day 0-2
Surgery and initial recovery
General anaesthesia. Surgery 60-90 min. Recovery in PACU then private room. Discharge same day or next morning. Multimodal analgesia (paracetamol + NSAID, opioid rescue rarely needed). Sleeping elevated. Surgical bra in place. Direct WhatsApp access to surgical team.
Day 3-7
Soft tissue healing
Walking from Day 1. Most discomfort resolved by Day 5-7. No driving until comfortable, typically Day 7. Office work resumed Day 7-10 if sedentary. Sleep elevated continues 2 weeks.
Week 2
Cardio resumption
Light cardio (stationary bike, walking) from Week 2. No chest exercises. Surgical bra continues 4-6 weeks. Most external swelling resolved by end of Week 2.
Week 4-6
Light strength resumption
Light weight training Week 4 — no chest pressing. Cardio at full intensity. Office work full hours. Travel acceptable. Surgical bra transitions to sports bra. Most patients describe feeling 'back to normal' by Week 4-6.
Week 6-8
Full activity clearance
Heavy lifting, chest exercises (push-ups, bench press), full strength training. Implants have settled into final pocket position. Bra-fitting can produce reliable size measurements.
Month 3-6
Final shape emergence
Implants have fully settled. Soft tissue swelling resolved. Final breast shape, projection, and feel are visible. Photographic comparison with pre-op shows the final result. Most patients consider Month 3-6 to be the 'final result' window.
All-inclusive cost
Standard package
€3,800-€5,200
Premium implants (Motiva)
€4,500-€6,000
B-Lite lightweight
€5,000-€6,500
Stay in Istanbul
5-7 nights
All-inclusive packages cover surgeon's fees, JCI-accredited hospital, anaesthesia, pre-op tests, hotel 5-7 nights, VIP airport transfers, surgical bra, all in-Istanbul follow-up visits, and 12-month remote follow-up. Specific implant brand/specifications affect the package level. Combined operations (e.g., aug + mastopexy) priced separately on the augmentation + mastopexy page.
For comparison: UK private breast augmentation typically £6,500-£9,500 (cosmetic only — NHS does not cover); German private €7,000-€10,000; US private $10,000-$15,000. The Turkey price reflects healthcare economics, not lower quality — JCI-accredited hospital, FACS/FEBOPRAS surgeon, modern implants from same global brands.
10-case before & after gallery
Each case shows three angles. All cases performed by Dr. Erdal at the JCI-accredited operating hospital. Implant specifications shown on each image. Recent results — full follow-up at 6+ months for final shape settling.
Case 01
Breast augmentation
Case 02
Breast augmentation
Case 03
Breast augmentation
Case 04
Breast augmentation
Case 05
Breast augmentation
Case 06
Breast augmentation
Case 07
Breast augmentation
Case 08
Breast augmentation
Case 09
Breast augmentation
Case 10
Breast augmentation
Frequently asked questions
Am I a candidate for breast augmentation alone (without lift)?
If your breasts have lost volume but the nipple-areola complex still sits at or above the inframammary fold, you are likely a candidate for augmentation alone. The pinch test (above-and-below): if your nipple is above the fold and points forward (not down), implant alone usually suffices. If the nipple sits below the fold or points downward, augmentation alone will exaggerate the sagging — a lift is required. Approximately 80% of implant patients are augmentation-alone candidates; the other 20% need combined augmentation + mastopexy.
How is implant size determined?
Implant size is determined by three measurements: chest base width (the most important — implants cannot be wider than your chest base), tissue stretch (how much your skin and breast tissue can accommodate), and patient goal (subtle vs prominent). Volume in cc is the result of these constraints, not the starting point. Sizing tools (3D imaging, sizers worn during consultation, photographic morphing) help align expectation with anatomic possibility. The wrong size is the most common dissatisfaction in primary augmentation — undersizing because the patient was too cautious, oversizing because the patient pushed past anatomic limits.
Silicone gel or saline — which is better?
For most patients in 2026, silicone gel implants. They feel more like natural breast tissue, ripple less, and are the dominant choice in modern practice. Saline implants are less expensive but feel firmer, ripple more (especially in thin patients), and rupture is immediately obvious (the saline is absorbed by the body). Silicone gel rupture is silent — requires MRI surveillance every 2-3 years. Modern cohesive gel ('gummy bear') implants hold their shape if the shell is breached. Saline retains a niche for very young patients (under 22 in some countries) and patients explicitly requesting it.
Submuscular or subglandular placement?
Submuscular (under the pectoralis major) is the dominant choice for most patients with thin overlying tissue — provides more soft tissue coverage of the implant edge, lower capsular contracture rates historically, and better mammographic visibility. Subglandular (over the muscle) is faster recovery but shows the implant edge more easily, especially in thin patients. Dual-plane placement combines benefits of both — the upper portion is submuscular for coverage, the lower portion is released from the muscle to allow natural breast drape. Dual-plane is the most common placement in modern practice.
How long do breast implants last?
Modern breast implants are not 'lifetime' devices but they are not on a fixed replacement schedule either. Average reported lifespan: 15-20 years for modern silicone gel implants in clinical studies. Some implants last 25-30+ years without complication; some require replacement at 10-12 years due to capsular contracture, rupture, or aesthetic dissatisfaction. The decision to replace is made by clinical findings (rupture, contracture, deformity) or patient preference (size change, aesthetic update), not by a calendar. MRI surveillance every 2-3 years for silent rupture detection is FDA-recommended for silicone gel implants.
How long is recovery from breast augmentation?
Most patients return to office-based work at 7-14 days. Light cardio Week 2-3. Light strength training Week 4 (no chest exercises until Week 6). Heavy lifting and chest exercises Week 6-8. Full physical activity by Week 8-12. The first 48-72 hours involves the most discomfort — managed with multimodal analgesia (no opioid required for many patients with modern technique). Sleeping elevated for 2 weeks. Surgical bra for 4-6 weeks. Final implant settling and final shape emerge at 3-6 months — early result is not the final result.
Related references