Chin Augmentation Bellevue

The right candidate for chin augmentation is broadly a healthy adult bothered by a profile in which the chin projects shy of the lip and supports a soft cervicomental transition. Many candidates describe being told their jawline "disappears" into the neck or that their nose looks larger than it actually is — both classic markers of relative chin under-projection. The ideal candidate has reasonable skin tone, stable weight, and realistic expectations.

Chin augmentation is generally not the right procedure when:

• The dominant problem is submental fullness rather than chin projection (a Facial Neck Liposuction or Deep Neck Contouring may take precedence);
• A significant occlusal (bite) discrepancy underlies the apparent chin imbalance, in which case orthognathic surgery rather than aesthetic chin work is the appropriate referral;
• There is severe asymmetry that cannot be corrected with the patient's anatomy or with an implant alone (osseous genioplasty may be the better path);
• Active smoking, untreated periodontal disease in the case of an intraoral approach, or uncontrolled medical conditions would compromise healing;
• Expectations are out of step with what an anatomically appropriate change can deliver.

These distinctions are made candidly at consultation. If an isolated chin augmentation is unlikely to produce the result you have in mind — and if Jawline Contouring, neck work, or a different sequencing makes more sense — Dr. Yang will say so. That candor is part of why patients across the Eastside choose Albert Yang Facial Plastic Surgery in Bellevue.

Chin augmentation is performed under intravenous sedation with local anesthetic or general anesthesia, depending on the surgical plan. Operative time for an implant typically runs 45 minutes to an hour; an osseous genioplasty runs longer.

The general technical sequence varies by approach.

Implant chin augmentation:

1. Sizing and selection. Implant shape and projection are selected pre-operatively based on profile photography, cephalometric reference, and clinical examination. Implant material is most commonly solid silicone — well-tolerated, removable, and replaceable. ePTFE and other materials are alternatives in selected cases.
2. Approach. A submental incision (a fine line in the natural crease beneath the chin) provides excellent access and leaves an external scar that heals to near-invisibility. An intra-oral approach hides the incision entirely but has somewhat different infection-risk and sensory considerations. Approach is selected case by case.
3. Pocket creation. A precise sub-periosteal pocket is created on the bony chin, sized to the implant. Over-dissection is avoided to prevent implant migration.
4. Implant placement and fixation. The implant is placed in the pocket, centered, and frequently fixed with a small titanium screw to prevent migration. Symmetry is verified clinically.
5. Closure. Wounds are closed in layers; submental skin closure uses fine sutures that produce a near-invisible mature scar.

Osseous (sliding) genioplasty:

1. Approach. An intra-oral incision in the lower-lip vestibule provides access to the anterior mandible. The mental nerves are identified and protected.
2. Osteotomy. A horizontal osteotomy is performed across the anterior mandible below the level of the mental foramina and tooth roots, creating a free segment of bone.
3. Advancement and fixation. The free bone segment is advanced (or repositioned in the indicated vector) to the planned position and fixed with a pre-bent titanium plate and screws. The directional flexibility of osseous genioplasty is its principal advantage.
4. Closure. Mucosal closure with absorbable sutures.

In either approach, Dr. Yang's technique mirrors standard modern practice and is calibrated to each patient's bone shape, soft-tissue envelope, and aesthetic goal. The full operation is performed at the practice's Bellevue clinic by Dr. Yang from incision through closure.

Recovery is generally well tolerated for both approaches, though osseous genioplasty has a longer functional recovery.

Days 0–3. Swelling is at its peak; bruising is variable. Discomfort is generally well controlled with prescription analgesia for the first 24–48 hours, tapering to over-the-counter options. A soft diet is recommended in the immediate postoperative window — particularly after intraoral approaches and after osseous genioplasty.

Days 4–7. Swelling begins to resolve. Sutures (when non-dissolvable) are removed at the first postoperative visit around days 5–7. Many patients are comfortable in private settings during this window but not yet in social or work-facing ones.

Days 7–14. Most implant chin augmentation patients return to office work between days 7 and 10; osseous genioplasty patients often return between days 10 and 14. Soft-diet instructions continue for osseous patients longer than for implant patients.

Weeks 2–6. Swelling progressively resolves; bone healing in osseous genioplasty continues through this window. Dietary advancement to a normal diet is staged. Cardiovascular activity typically resumes at week 2–3 for implants and week 3–4 for genioplasty, per surgeon clearance.

Months 2–6. Final soft-tissue contour and bone consolidation finalize. The submental incision (when used) passes through a reddish phase and settles into a fine line. Final aesthetic evaluation is at 3–6 months; bone consolidation in osseous genioplasty is monitored over a longer window. Albert Yang Facial Plastic Surgery in Bellevue follows patients through this entire period.

Every surgical procedure carries risk. Chin augmentation performed on appropriate candidates by a fellowship-trained facial plastic surgeon is generally well tolerated; serious complications are uncommon. Standard risks discussed at consultation include:

• Infection — uncommon for either approach; the threshold for implant removal in the rare event of frank infection is low and well established.
• Implant migration or displacement — uncommon when implants are sized appropriately, fixed when indicated, and placed in a precisely sized pocket.
• Nerve injury — temporary mental-nerve sensory changes (numbness or altered sensation in the lower lip and chin) occur in a small minority of cases and typically resolve over weeks to months. Permanent injury is rare; risk is somewhat higher in osseous genioplasty given the proximity of the osteotomy to the mental foramina.
• Bone resorption — a small amount of underlying bone resorption beneath an implant can occur over years; clinically significant resorption is uncommon and is monitored at follow-up.
• Asymmetry, contour irregularity, under- or over-correction — minor differences are normal; meaningful issues occasionally require revision or implant adjustment.
• Nonunion or malunion — specific to osseous genioplasty; rare with appropriate fixation but a recognized complication.
• Need for revision — a small percentage of patients pursue refinement; this is discussed honestly at consultation.

Patient-specific factors — bone shape, soft-tissue envelope, occlusal status, smoking history, dental health — meaningfully change the risk profile and are reviewed at the in-person evaluation.