Making sense of face and neck lifts

Look at the surgical market right now and you will find dozens of competing names for facial rejuvenation. These include deep plane, SMAS, high-SMAS and mini-lifts. 

Patients often arrive at consultations overwhelmed by conflicting online information. They want to understand the mechanical differences, but ultimately, they just want to know why their jawline feels heavy or why their neck skin sags when looking down.

Let’s look at the actual anatomy rather than the marketing.

What Is a Face Lift?

A facelift is not about pulling skin tight. Surgeons stopped relying on that approach because it created an unnaturally tight and wind-swept appearance. After all, skin stretches. 

If you simply trim the skin and close the incisions under high tension, the results fail within months. The scars widen and become obvious.

Lasting structural rejuvenation requires shifting the heavy tissue layers underneath.

Understanding the SMAS Layer

The SMAS stands for Sub-muscular aponeurotic system. Think of it as a tough sheet of fibrous tissue and muscle directly beneath your facial fat, or, figuratively, as a type of internal scaffolding. 

When we reposition the SMAS, the skin follows naturally without looking stretched. It is similar to adjusting an entire tablecloth to move the tableware, rather than sliding each piece individually.

Certain areas of this layer are bound tightly to the facial bones by strong ligaments. Other areas are mobile and shift downward with age.

Surgical technique revolves entirely around managing this layer.

What Is a Neck Lift?

Addressing an ageing neck requires an incision beneath the chin to suture those muscle edges back together, while pulling the lateral borders backward behind the ears. This is what is referred to as a neck lift.

The neck presents specific structural challenges, and the primary culprit behind visible ageing here is the platysma muscle. These are thin, flat sheets of muscle running from the jawline down to the collarbones.

In youth, they meet neatly in the center, but over time, the medial edges separate. This separation is what creates those prominent vertical bands under the chin.

A neck lift is not separate from a facelift. The platysma muscle in the neck is an extension of the facial SMAS layer and they are anatomically continuous.

Types of Facelifts

One of the reasons facelift terminology can feel confusing is that many modern facelift procedures share similar principles, despite being marketed under different names. In most cases, the goal is the same: to reposition deeper facial structures rather than simply tighten loose skin.

The key differences between facelift techniques usually come down to:

• How the SMAS layer is treated
• Whether deeper ligaments are released
• How extensively tissues are repositioned
• The degree of lift achieved in the mid-face, jawline, and neck
• How long results may last

Some surgeons also use different terminology to describe procedures that are actually very similar in practice, which can make research difficult for patients trying to compare options.

SMAS Facelift

The SMAS facelift remains a baseline approach. We elevate the skin, incise a portion of the deep SMAS layer, pull it diagonally to restore position, trim the excess, and secure it with permanent sutures. 

Because the tension is borne by this deep structural layer, the skin remains unstressed. It delivers a defined and predictable jawline.

Deep Plane Facelift

A deep plane facelift is considered a more advanced facelift technique and has become increasingly popular in recent years.

In this procedure, the surgeon works beneath the SMAS layer, releasing retaining ligaments and repositioning the deeper facial tissues as a single connected unit. This allows the cheeks, jawline, and neck to be elevated together while maintaining more natural facial movement and contours.

Many surgeons believe deep plane techniques can provide particularly powerful and long-lasting rejuvenation because the tissues are physically moved into a new anatomical position rather than simply tightened with sutures.

Deep plane facelifts are often especially effective for:

• Sagging in the mid-face
• Deep nasolabial folds
• Jowls and jawline heaviness
• Neck laxity
• Loss of facial definition with ageing

Although the term “deep plane facelift” is widely used, there is still variation in how different surgeons operate.

SMAS Plication

In a SMAS plication, Instead of cutting the SMAS layer, we fold it over itself and secure it with stitches. It is a less invasive option.

Downtime is often shorter because we are separating fewer tissue planes. However, if a patient has thick or heavy facial tissues, folding them can create an unnatural fullness in front of the ear. The longevity can also be limited, as the correction relies heavily on the long-term tensile strength of the sutures.

Composite Facelift

Composite facelift is closely related to the deep plane lift. We move the skin, fat, and muscle as a single unit, but the dissection extends to include the muscle around the eyes. The goal is to address the lower eyelids and the cheeks simultaneously. 

The distinction between a composite lift and a modern deep plane lift is minimal. Often, it comes down to semantic preference.

Mini Facelift

A mini facelift is a less extensive version of a traditional facelift and is typically designed for patients with earlier signs of ageing.

Mini facelifts generally involve smaller incisions and focus primarily on improving mild jowling and early skin laxity in the lower face. Recovery can sometimes be quicker, although results are usually more subtle than those achieved with deeper facelift techniques.

Mini facelifts are not suitable for everyone, particularly patients with more significant skin laxity or neck ageing, but they can be effective for carefully selected individuals looking for modest rejuvenation.

Why There Is Debate Between Techniques

One of the most important things for patients to understand is that there is currently very little definitive research proving that one facelift technique is universally superior to another.

Facelift surgery is highly individual, and outcomes depend on factors such as:

• Skin quality
• Facial anatomy
• Degree of ageing
• Surgical technique
• Healing response
• Surgeon experience

Because of this, surgeons often develop preferences based on the long-term results they observe in their own patients.

However, many experienced facelift surgeons agree on one key principle: meaningful, long-lasting rejuvenation usually involves addressing the SMAS and platysma layers in some way.

Why Deep Plane Techniques Have Become Popular

The term “deep plane facelift” has become increasingly popular in recent years, particularly online and on social media.

The reason many surgeons favour deep plane approaches is that the technique involves repositioning the facial tissues themselves, allowing them to heal and scar into a new lifted position.

In contrast, techniques that rely purely on stitches to tighten tissue may depend more heavily on those sutures maintaining long-term tension.

That said, terminology can still be misleading. Some surgeons may describe a procedure as a “SMAS lift”, while others may use the term “deep plane facelift” for a very similar operation.

Contact Beverley Hospital Today

If you are considering facelift or neck lift surgery and would like to better understand your options, our team at Beverley Hospital is here to help.

We take the time to explain the different facelift techniques available, discuss what may be most suitable for your anatomy and goals, and answer any questions you may have about recovery, results, and the surgical process.

To speak with our team or book a consultation, contact Beverley Hospital today and take the first step towards a refreshed, natural-looking result.