Breast Augmentation: Types, Cost & Options
Silicone vs saline, round vs anatomical, over vs under muscle. Sizing guide, safety data, capsular contracture prevention, and recovery timeline.
Key Takeaways
- Implant types: Silicone (most natural feel, pre-filled) vs saline (adjustable, immediate rupture detection).
- Shape: Round (upper pole fullness, cleavage) vs anatomical/teardrop (natural slope, subtle).
- Placement: Submuscular (under muscle - better coverage, mammogram clarity) vs subglandular (over muscle - faster recovery, more dramatic).
- Sizing: Base width measurement + desired projection. 3D imaging for visualization. Average: 250-400cc.
- Longevity: 10-20+ years. Replace based on clinical indication, not arbitrary timeline.
The key to a satisfying breast augmentation is not choosing the "best" implant - it's choosing the right implant for your body. Every decision (type, size, shape, placement, incision) should be made based on your anatomy, tissue characteristics, and aesthetic goals. A competent surgeon will guide these decisions using measurements, imaging, and experience - not a one-size-fits-all approach.
Implant Types
Silicone Gel Implants
The most popular choice globally (85%+ of all augmentations). Silicone implants contain a cohesive silicone gel that closely mimics the feel of natural breast tissue. They are pre-filled by the manufacturer in a range of volumes and profiles.
- Standard cohesive gel: Soft, natural feel. Most popular option.
- Highly cohesive ("gummy bear"): Form-stable - maintains shape even if the shell is cut. Firmer feel, less natural movement. Best for anatomical shapes.
- Ergonomic (responsive gel): Newer technology. Firm when standing (maintains shape), soft when lying down (natural spread). Combines advantages of both categories.
Saline Implants
Filled with sterile saltwater after insertion. The shell is silicone; the filling is saline. Advantages: adjustable volume during surgery, immediate detection of rupture (the implant deflates visibly and the saline is harmlessly absorbed). Disadvantages: slightly less natural feel, visible rippling in thin-tissue patients.
Placement Options
Submuscular (Under the Pectoralis Muscle)
- Better coverage of the implant (reduces visible edges and rippling)
- Lower capsular contracture rate
- Better mammogram imaging (implant separated from breast tissue)
- More natural appearance in thin patients
- Longer recovery (muscle involvement) and animation deformity (implant moves when flexing chest muscles)
Subglandular (Over the Muscle)
- Faster recovery (no muscle manipulation)
- No animation deformity
- Better for patients with adequate breast tissue coverage
- Higher capsular contracture risk
- More visible implant edges in thin patients
Dual-Plane (Hybrid)
The most versatile and commonly used approach in 2026. The upper portion of the implant sits under the muscle; the lower portion under the gland only. Provides the coverage benefits of submuscular placement with the natural shape of subglandular - minimizing animation deformity.
Sizing: The Most Important Decision
Cup size is a meaningless measurement for implant selection. Cup sizes vary between bra manufacturers by up to 200cc. Instead, sizing should be based on:
- Breast base width: The distance across your breast determines the maximum implant diameter. An implant wider than your base creates lateral overhang and unnatural results.
- Tissue thickness: Thin tissue (pinch test <2cm) requires submuscular placement and moderate sizing. Thicker tissue offers more flexibility.
- Desired profile: Low profile (wider, less projection), moderate (balanced), high profile (narrower base, more projection), or extra-high profile.
- 3D imaging: Modern consultation uses Crisalix, Vectra, or similar 3D simulation to visualize approximate results before surgery.
Most augmentation patients choose between 250-400cc. Going larger is not always better - oversized implants create more complications (capsular contracture, bottoming out, stretch marks) and age poorly.
Recovery
- Day 1-3: Compression bra, rest, moderate discomfort (worse with submuscular). Prescribed pain management.
- Week 1: Return to light activities. No lifting >5 kg.
- Week 2-3: Most patients return to sedentary work.
- Week 4-6: Progressive return to exercise. Implants begin to "drop and fluff" (settle into natural position).
- Month 3-6: Final position achieved. Implants soften and look natural.
At Wholecares partner clinics, breast augmentation is performed by board-certified plastic surgeons using premium-brand implants (Allergan, Mentor, Motiva) in JCI/AACI-accredited hospitals. All-inclusive packages cover consultation, 3D sizing, surgery, hospital stay, compression garments, and 12-month follow-up.
Frequently Asked Questions
What are the different types of breast implants?
Two main categories: Silicone gel implants (most popular globally, natural feel, pre-filled, available in round and anatomical shapes) and saline implants (filled with sterile saltwater after insertion, adjustable volume, deflation is immediately noticeable but harmless). Within silicone, there are standard cohesive gel, highly cohesive ('gummy bear'), and ergonomic (responsive gel) varieties. Shell textures include smooth, micro-textured, and nano-textured surfaces.
How do I choose the right implant size?
Size selection is the most important decision and should be based on your body measurements, not cup size alone. Key measurements: base width of breast (determines maximum implant diameter), tissue thickness (determines placement - over or under muscle), and chest wall dimensions. Most surgeons use 3D imaging and implant sizers during consultation. The general rule: choose the size that achieves your desired projection while maintaining proportional harmony with your frame. Common sizes range from 200-400cc.
Is breast augmentation safe?
Breast augmentation is one of the most studied and safest elective surgical procedures. Complication rates: capsular contracture 5-10% (modern textured or polyurethane-coated implants reduce this to 1-3%), infection 1-2%, implant rupture 1% per year (silent for silicone - MRI monitoring recommended), asymmetry requiring revision 5-7%. BIA-ALCL (breast implant-associated large cell lymphoma) is extremely rare (1 in 30,000) and predominantly associated with heavily textured macro-surface implants that are now largely discontinued.
How long do breast implants last?
Modern breast implants are not lifetime devices. The average implant lasts 10-20 years before replacement is needed. However, if there are no complications (no rupture, no capsular contracture, no positional changes, patient is satisfied), implants can remain safely for much longer. The old '10-year replacement rule' is not evidence-based - replacement should be based on clinical indication, not arbitrary timelines. Annual self-examination and periodic MRI (for silicone) or ultrasound are recommended for ongoing monitoring.
This information is for informational purposes only and does not constitute medical advice. Please consult your physician.
