By Dr Scott J Turner, Specialist Plastic Surgeon | Sydney, Brisbane & Canberra
The neck plays a significant role in overall facial harmony, with the transition between face and neck contributing to balanced proportions. However, ageing, genetics, and lifestyle factors can lead to changes in the neck, including skin laxity, the appearance of platysmal bands, and the accumulation of excess fat. While traditional neck lift procedures focus primarily on tightening superficial tissues, advancements in our understanding of neck anatomy have led to more comprehensive surgical approaches. This modern method, known as deep neck lift surgery, addresses the underlying structures responsible for persistent neck concerns, potentially providing longer-lasting results for appropriately selected patients.
The Importance of Neck Aesthetics
The neck contributes to overall facial balance in several ways. Certain anatomical features are generally associated with a well-proportioned neck profile, including a distinct separation between the face and neck at the jawline, a cervicomental angle (the angle between the chin and neck) typically between 105 and 120 degrees, and visible anatomical landmarks such as the subhyoid depression that create a natural contour.
In women, these characteristics are widely recognised as contributing to an aesthetically balanced appearance. In men, a stronger jawline and angular facial shape are often preferred. Understanding these parameters helps guide surgical planning and patient expectations.
Factors Contributing to Neck Changes
The neck changes over time due to both intrinsic factors (such as genetics) and extrinsic factors (including sun exposure and smoking). These changes may include:
Skin quality changes: Over time, the skin may lose collagen and elastin, potentially leading to thinning, wrinkling, and laxity. Environmental factors such as sun exposure can accelerate these changes.
Fat distribution: Accumulation of fat in the submental (under the chin) area may create the appearance of a double chin. This can occur regardless of overall body weight and may be influenced by genetic factors.
Muscle laxity: The platysma muscle, which extends from the chest up to the jawline, may become lax and form vertical bands known as platysmal bands. A platysmaplasty procedure can address these concerns.
Bone structure changes: Changes in the jawbone over time may lead to a less defined mandibular border, which can contribute to the appearance of tissue descent.
Anatomy of the Neck: A Layered Perspective
Understanding the neck’s anatomy is essential for appropriate surgical planning. The neck can be conceptualised in three distinct layers:
Superficial Layer
This includes the skin (the outermost layer affected by environmental factors and intrinsic ageing) and the subcutaneous fat that lies just beneath the skin. These structures can contribute to fullness or laxity and are addressed in traditional neck lift procedures.
Intermediate Layer
The platysma muscle is a superficial muscle that may become lax over time, leading to visible banding. Inter-platysmal fat located between the muscle layers can also contribute to neck fullness.
Deep Layer
This layer includes subplatysmal structures such as deeper fat deposits, the digastric muscles, and submandibular glands. These structures are supported by skeletal elements, including the mandible (jawbone), hyoid bone, and cervical vertebrae. Traditional neck lift techniques cannot access these deeper structures.
A Layered Approach to Neck Correction
Dr Turner’s practice specialises in a comprehensive, layered approach to neck correction. By addressing each anatomical layer where appropriate, this approach aims to correct the underlying structural changes contributing to neck concerns. It may provide more lasting and natural-appearing results compared to superficial techniques alone.
Superficial Layer Interventions
The skin of the neck loses collagen and elastin over time, potentially leading to laxity and wrinkling. Subcutaneous fat located between the skin and the platysma muscle can accumulate, particularly under the chin, contributing to submental fullness.
For patients with isolated submental fullness but minimal skin laxity, non-surgical treatments may be appropriate. However, neck liposuction remains the most effective procedure for precise fat removal. Liposuction can be performed through small incisions and is particularly effective when combined with a neck lift procedure.
Intermediate Layer Interventions
The platysma muscle changes over time, potentially contributing to the appearance of vertical bands. These bands can be present at rest (static bands) or appear with facial movement (dynamic bands).
To address platysmal bands, surgeons typically employ a technique known as anterior platysmaplasty, where the muscle edges are tightened. Dr Turner utilises an advanced 3D Z-platysmaplasty technique, which involves horizontal transection of the platysma muscle to separate it into upper and lower segments. This three-dimensional approach may reduce the likelihood of band recurrence compared to simple plication techniques.
Deep Layer Interventions
The deep structures of the neck, including subplatysmal fat, digastric muscles, and submandibular glands, may become more prominent over time, contributing to a fuller neck appearance. These structures cannot be adequately addressed through traditional superficial techniques.
Deep neck lift surgery employs a dual-plane approach that allows access to these deeper anatomical components. Subplatysmal fat can be directly excised rather than relying on liposuction alone. When digastric muscles contribute to central neck fullness, careful contouring may be performed. In patients where submandibular glands have become prominent, partial gland reduction may be considered to achieve an appropriate contour.
Who May Benefit from Deep Neck Lift Surgery
Deep neck lift surgery is typically indicated for patients presenting with specific anatomical characteristics that require intervention beyond superficial tissue modification. This may include:
Inherited anatomical concerns: Some individuals are born with prominent submandibular glands, bulky digastric muscles, or excessive subplatysmal fat deposits that create persistent neck fullness regardless of weight or age. These inherited concerns may require surgical intervention at the deeper anatomical level.
Suboptimal previous results: Patients who have undergone traditional neck lift or neck liposuction with disappointing outcomes may have underlying deep structural issues that were not addressed initially.
Central fullness despite weight loss: Persistent fullness beneath the chin that does not respond to diet, exercise, or non-surgical treatments may indicate deeper structural concerns.
Disproportionate facial-cervical appearance: When facelift procedures create good results but the neck appears disproportionately different, a deep neck lift may provide more comprehensive correction.
The Deep Neck Lift Procedure
Deep neck lift surgery is performed under general anaesthesia in a fully accredited hospital with a qualified anaesthetist. The procedure typically takes approximately 3 hours, and Dr Turner recommends overnight hospital observation before discharge the following day.
Incision Placement
Incisions are strategically positioned to provide surgical access whilst minimising visible scarring. These include post-auricular incisions placed behind each ear and a submental incision in the natural crease beneath the chin.
Zone-Based Surgical Approach
The deep neck lift systematically addresses three distinct anatomical zones:
Zone I (Submental Region): The subplatysmal space is accessed to allow direct excision of deep fat deposits. Digastric muscles are assessed and contoured if they are contributing to central bulging. A strategic patch of fat is preserved at the hyoid level to maintain natural contour.
Zone II (Body of Mandible): Submandibular glands undergo careful assessment. When enlarged or descended below the mandibular border, partial reduction may be performed. This zone is often critical for achieving appropriate jawline definition.
Zone III (Angle of Mandible): When anatomical assessment reveals prominent parotid gland tails creating posterior jawline fullness, partial reduction may be performed to create appropriate posterior jawline contour.
Recovery and Aftercare
Recovery from deep neck lift surgery follows a predictable timeline. Initial swelling and bruising typically subside within two to three weeks. A haemostatic net applied during surgery remains in place for 48-72 hours, followed by a compression garment worn continuously for one week, then at night for an additional one to two weeks.
Most patients return to desk work within two to three weeks, with complete healing and final results emerging over three to six months. Strenuous activities, exercise, and heavy lifting should be avoided for four to six weeks, though light walking is encouraged from day one.
For patients who have undergone submandibular gland reduction, following a salivary-resting diet for two weeks is essential—avoiding salty, sour, spicy, and overly sweet foods helps reduce the risk of fluid collection.
For detailed guidance, please visit our comprehensive resource on recovery after facelift surgery.
Risks and Complications
All surgical procedures carry inherent risks. While deep neck lift surgery has an excellent safety profile when performed by an experienced Specialist Plastic Surgeon, it is more complex than traditional neck lift and carries specific considerations.
Common temporary effects include swelling, bruising, temporary numbness, tightness, and mild asymmetry during healing. Complications specific to deep anatomical work may include sialocele (salivary fluid collection occurring in approximately 2% of patients), temporary lower lip weakness (occurring in up to 4% of patients, usually resolving within 6-12 weeks), and, rarely, Frey’s syndrome.
Other potential risks include haematoma formation, infection, unfavourable scarring, and nerve injury affecting facial movement or sensation. Through meticulous surgical technique and comprehensive pre-operative assessment, Dr Turner aims to minimise these risks whilst optimising patient safety.
For comprehensive information, please visit our guide on risks and complications after facelift surgery.
Combined Procedures
Deep neck lift is frequently combined with facelift surgery to comprehensively address concerns across the lower face and neck. Dr Turner offers various facelift techniques, including deep plane facelift, vertical facelift, and mini facelift, depending on individual patient needs.
Additional procedures that may be performed concurrently include blepharoplasty, brow lift, facial fat transfer, and chin implants. Combining procedures may be efficient, potentially reducing overall recovery time compared to staging procedures separately.
Next Steps
If you are considering a neck lift or wish to explore your options for neck surgery, Dr Scott J Turner, Specialist Plastic Surgeon, is available to provide a comprehensive assessment and discuss appropriate surgical approaches based on your individual anatomy and concerns.
Dr Turner consults from clinics in Sydney, Brisbane, and Canberra. For out-of-town patients, arrangements can be made to coordinate consultations and surgical scheduling.
To schedule a consultation, please contact us or telephone 1300 437 758.
Disclaimer: This article is for informational purposes only and does not constitute medical advice. Individual results will vary from patient to patient and depend on factors such as genetics, age, and overall health. All surgical procedures carry risks and require a recovery period. Please consult with a qualified healthcare professional to determine the best treatment options for your individual needs.
