The Future Of Facial Rejuvenation: How Deep Plane Facelifts Have Transformed Aging

The Anatomy Of A Facelift

There are several types of facelifts, such as a conventional facelift, mini facelift, brow lift, and liquid facelift. Each technique targets a specific area or concern the patient has about facial appearance. A deep plane facelift gives the face a youthful and smoother appearance by targeting the connective tissues underneath the skin.

Understanding the SMAS

The superficial musculoaponeurotic system (SMAS) is a network of fat cells, collagen, and elastin fibers that start at the neck and extend upwards to the forehead. The SMAS is connected to the platysma, a collection of muscular fibers in the neck and collarbone areas. As people age, the collagen and elastin SMAS fibers lose elasticity, leading to sagging skin and wrinkle formation. The loss of elasticity in the platysma can cause hanging jowls to develop along the jawline. Additionally, fat cells can travel downwards and lose volume, making the cheeks look hollow and sullen.

Top candidates for a deep plane facelift

Before the procedure, surgeons must examine the patient to determine if the deep plane technique can address the concerns at hand. Candidates for this surgery tend to be 50 and older with various problem areas like undereye bags, forehead wrinkles, and neck jowls. During the physical exam, surgeons take photos of the patient’s face to inspect bone structure, skin quality, and face shape. The deep plane technique can address all these issues and shave years off a person’s appearance.

Deep plane vs conventional facelift

During a traditional facelift, incisions are made along the hairline to separate skin from muscle fibers. The surgeon then tightens and repositions the fibers before redraping the skin over the face. The deep plane procedure focuses more on the SMAS by detaching the SMAS from the underlying facial tissues. The tissue area beneath the SMAS is called the deep plane. The ligaments in the deep plane are loosened and repositioned upwards to elevate the face structure. The deep plane lift also tightens the tissues in the neck and jawline to eliminate skin folds and reduce sagging.

Why a deeper approach works well

Traditional facelifts focus mainly on the facial skin. Surgeons remove excess skin and pull the skin taut to smooth out any lines or wrinkles. This approach can give the face a super tight and overdone appearance. The deep plane method targets the ligaments and tissues beneath the skin. Surgeons also relocate fat cells to the cheek area to enhance volume and fullness. When the underlying ligaments are pulled taut, the skin is simply placed over the tissues without too much tension. The face looks brighter and more realistic.

A surgeon knows best

Patients interested in the deep plane procedure should speak to a reputable plastic surgeon. A qualified surgeon can help determine whether a traditional or deep plane facelift is the better option. Patients who proceed with cosmetic surgery can enjoy the many benefits of a facelift, including a more youthful appearance.