Chin surgery

Chin augmentation, also called mentoplasty or genioplasty, is a surgical procedure that changes the position or shape of the chin. This may involve placing an implant, repositioning the chin bone, or using other techniques depending on individual anatomy and clinical circumstances.

The procedure can be performed under local or general anaesthesia. The specific approach, along with the associated risks, recovery, and alternatives, will be discussed with Dr Sophie Ricketts during a consultation to determine whether this surgery may be appropriate for you.

As with any surgical procedure, chin augmentation can involve discomfort during the recovery period. Anaesthesia is used during the operation so you will not feel pain at the time of surgery.

After the procedure, it is common to experience swelling, bruising, a feeling of tightness, or tenderness in the area. These symptoms usually change over the first few days and weeks, but the degree and duration vary between individuals. Your surgeon may recommend medications to help manage discomfort, and will provide specific postoperative instructions based on your circumstances.

Any unexpected or severe pain should be discussed promptly with Dr Sophie.

Chin surgery usually takes between 1 to 2 hours, depending on the procedure, and is generally performed as a day case procedure under general anaesthesia.

Chin surgery with Dr Sophie Ricketts can help adjust the size, projection or shape of the chin to address facial balance. It can be used for chins that are underdeveloped, recessed or prominent, and to improve symmetry with other facial features. Each procedure is specific to the individual’s anatomy proportions, providing balance with the rest of the face.

Scars for chin augmentation are strategically placed to be as inconspicuous as possible. For chin implants, incisions are often made inside the mouth, leaving no visible external scars. If an external incision is necessary, it is usually placed under the chin in a natural crease, where it is less noticeable. For sliding genioplasty, the incision is typically made inside the mouth avoiding visible external scarring.

Patient Suitability for Chin Augmentation
Chin augmentation, also known as mentoplasty or genioplasty, is a surgical procedure intended to alter the shape or projection of the chin. A formal clinical assessment is required to determine suitability.

Clinical Indications for Surgery
A suitable candidate for chin augmentation may include individuals with:

• Microgenia: A small or recessed chin that affects facial proportions.
• Facial Asymmetry: Significant structural imbalance of the lower face or jawline.
• Mandibular Deficiency: Where the chin bone has not fully developed in proportion to the nose or lips.

Mandatory Requirements for Candidates
Under current Australian regulations, all patients must meet the following criteria before surgery can be considered:

• GP Referral: A valid referral from your General Practitioner is mandatory for all cosmetic surgery consultations.
• Psychological Screening: Patients must undergo screening for Body Dysmorphic Disorder (BDD) and a psychological readiness assessment to ensure surgery is in their best interest.
• Physical Health: Candidates must be in good overall health, as certain medical conditions or smoking can significantly increase the risk of complications.
• Realistic Expectations: It is essential that patients understand the surgical limitations and that results vary between individuals. Surgery is intended for clinical improvement, not “perfection.”

Consultation and Cooling-Off Period
Suitability is determined over a minimum of two consultations. If you are deemed a suitable candidate and choose to proceed, a mandatory 7-day cooling-off period applies after signing the consent forms before the procedure can be booked.

Recovery after chin augmentation varies between individuals and depends on the technique used. When the incision is placed inside the mouth, the lining typically heals over the first one to two weeks. Swelling, bruising, or a feeling of tightness in the area is common and usually changes over the early stages of recovery.

It may take several weeks or longer for the final appearance to settle. Your surgeon will provide guidance on postoperative care, expected healing timeframes, and when normal activities can be resumed.

The changes achieved with chin augmentation are long lasting. Chin implants are designed to remain in place long term, while sliding genioplasty involves repositioning the chin bone and bone healing in its new position. Both approaches have different considerations regarding stability, healing, and future revision options.

These factors will be discussed in detail with Dr Sophie Ricketts during your consultation so you can understand the differences between each approach, the potential risks, and what may be suitable for your circumstances.

Dr Sophie Ricketts will assess your facial structure, bone anatomy and medical history to determine the most suitable approach. Options may include chin implants, sliding genioplasty or soft tissue adjustments. A consultation allows discussion of the procedure, recovery and expected changes so you can select the approach that aligns with your facial proportions.

Chin augmentation, also called mentoplasty or genioplasty, is a surgical procedure that changes the position or shape of the chin. This may involve placing an implant or reshaping the chin bone. As with all surgery, there are potential risks, and outcomes vary between individuals.

Possible risks and complications include bleeding, infection, scarring, changes in sensation such as temporary or prolonged numbness, reduced movement of the lower lip, asymmetry, implant-related complications, and the potential need for further surgery. The degree of risk depends on individual anatomy, the technique used, and personal healing factors.

During a consultation, Dr Sophie Ricketts will discuss your individual circumstances, outline the specific risks and alternatives, and explain what may or may not be achievable in your situation.