A preservation deep plane facelift addresses facial aging at its source, lifting not just the skin, but the structures underneath it as well. It lifts the face from the foundation (deep plane) while preserving many of the natural anatomical structures. The goal is to give you a natural result that will last.
Trending in aesthetics are natural results that last and procedures that promote a rapid recovery. Patients have asked us to do more with less, and we’ve listened. Our understanding of anatomy and technology continues to improve, and that has allowed us to do this for our patients.
A preservation deep plane facelift addresses aging at its structural source. Not the skin, but the framework underneath it.
Early facelift techniques were essentially skin operations. Surgeons would lift the skin away from the underlying anatomy, pull it tighter, trim the excess, and close the incisions. The results looked good for a few years. Then the skin relaxed because nothing underneath had changed. Patients got a second facelift, then a third. Each time, the skin had a little less elasticity to work with.
Facelifts continued to evolve, including the lift or tightening of the SMAS. This is the superficial musculoaponeurotic system, the fibromuscular layer that sits between the skin and the deeper facial muscles. Surgeons started tightening the SMAS in various ways: imbrication, plication, and SMASectomy. These were improvements, but they still treated the SMAS as a separate structure from the skin, requiring the skin to be lifted off before the SMAS could be addressed. They often limit the mobilization of the SMAS and do not release the retaining ligaments to lift and support the foundation.
The deeper problem remained. The fat compartments and deeper structures that give the face its volume and shape had descended. The retaining ligaments that originally held everything in place had stretched. No amount of SMAS tightening fully addresses the problem.
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What Deep Plane Facelift Actually Means
The deep plane has become a popular topic on social media; however, it is much more than just a trending term. When a surgeon enters the deep plane, they go below the SMAS and the platysma muscle in the neck. This is where the real structural work happens. At this depth, the retaining ligaments of the face become accessible—the zygomatic ligaments at the cheekbone, the masseteric cutaneous ligaments along the jaw, and the platysma-cutaneous ligaments in the neck. These ligaments are what tether your face in place when you are young. Over time, they elongate. The fat compartments they once supported descend. What you see as jowling, nasolabial deepening, and neck laxity is largely this process playing out.
Releasing those ligaments from the deep plane is what makes it possible to actually lift and reposition the face, not just tighten it. Once released, the entire composite skin, fat, and SMAS can be mobilized as a unit and repositioned closer to where it was 15 or 20 years ago in our mature patients and sometimes just 2 or 3 years ago in our patients on their weight loss journey. The platysma muscle in the neck gets addressed at the same time, which is why deep plane results in the neck tend to look cleaner and last longer than neck work done at a more superficial level alone.
The Preservation Difference
A standard deep plane facelift still separates the skin from the deeper layers before lifting. The surgeon dissects above the SMAS to free the skin flap, then enters the deep plane to work on the underlying structures. Two separate dissection planes.
Preservation of the deep plane keeps those layers together for the majority of the face and neck lift. The skin, subcutaneous fat, and the SMAS travel as one connected unit. Nothing gets artificially separated.
That changes three things in a meaningful way.
Recovery is faster. When you don’t create an artificial plane between the skin and the underlying tissue, the blood supply to the skin stays more intact. Less swelling, less bruising, and the skin heals with better support from underneath. Most patients are socially presentable in 10 to 14 days rather than the three to four weeks that used to be the standard.
The result looks like you. Because the face is being lifted from within as a unit, the movement follows the face’s own architecture. There’s no artificial tension on the skin surface. The proportions don’t shift in that “operated” direction. Patients look younger and rested, not tighter.
Longevity. When the underlying structures are reset and held together, the result doesn’t depend on skin tension to maintain it. Skin tension is what relaxes. Structural repositioning holds. Patients who’ve had preservation deep plane facelifts are designed for longevity. The GLP medications have introduced so many younger patients coming to our office for facelifts. With younger patients looking for facial rejuvenation, we need to design a treatment that will last for years.
Who Is a Good Candidate?
The best candidates are patients looking for a rejuvenated appearance that is designed around the restoration of their natural features. The deeper fat pads have dropped, the jowls have formed, and the neck has loosened, and these need to be restored to their anatomical position. This is not for a primary issue is surface-level skin texture. If someone is dealing with early aging but doesn’t want to have an overfilled appearance, a preservation deep plane facelift is a great option for them. Preservation deep plane creates a meaningful rejuvenation that maintains a natural appearance to the face and neck while still contouring and rejuvenating.
Age and skin quality matter less than the degree of structural change. Some patients in their 50s have enough descent to benefit significantly. Others in their late 60s have better tissue quality and architecture than you’d expect. The age at which a preservation deep plane facelift would be appropriate has changed with the rise of weight loss medications such as semaglutide and tirzepatide. These GLP medications have created an entirely new population of young patients with significant weight loss who want to look as good as they feel. We are now seeing much younger patients getting preservation deep plane facelifts. Patients who have been through significant weight loss, including those who’ve been on GLP-1 medications like semaglutide and tirzepatide, often present with more facial deflation alongside the descent. That’s a different problem than aging alone, which can be challenging as they often don’t have enough fat to supplement their preservation deep plane facelift.
Addressing Volume Loss: Fat Transfer, Lipoderma, and Dermaclae
Structural repositioning fixes the descent. It doesn’t replace volume that’s been lost. For many patients, both issues need to be addressed at the same time.
Fat transfer has been the gold standard for facial volume restoration for years. We harvest fat from the abdomen, flanks, or inner thighs through a small liposuction procedure, process it, and inject it precisely into the areas where volume has been depleted, such as the temples, cheeks, under-eye hollows, and jawline. The fat integrates with the tissue and, when it takes, provides permanent volume restoration. Most patients retain 50 to 70 percent of the transferred volume long-term.
Fat transfer requires available fat to harvest. That’s where patients who have lost significant weight, and particularly GLP-1 patients, can have challenges as they need restoration and often have limited fat. There simply may not be enough donor fat available for a meaningful transfer. For years, those patients had limited options for addressing facial volume loss alongside their facelift.
Lipoderma and Dermaclae have changed that for our preservation, deep plane facelifts.
Lipoderma is an injectable allograft-based adipose product. Where traditional fat grafting requires your own harvested fat, Lipoderma uses processed donor adipose tissue that has been prepared for safe injection. It functions similarly to structural fat as it can provide volume, supporting the surrounding tissue, and integrating into the face without requiring liposuction harvesting.
For patients who’ve lost a significant amount of weight and don’t have donor sites available, Lipoderma allows us to address the volume component of their facial rejuvenation at the same time as the structural lift. We’re not working around the limitation. We’re removing it.
It’s also a meaningful option for patients who simply don’t want to undergo liposuction as part of their procedure. Not everyone is comfortable with a harvest site, recovery from that harvest site, or the additional procedure time. Lipoderma gives those patients access to the same quality of volume restoration without that tradeoff.
Dermaclae is another regenerative adjunct in this category, a product that supports tissue regeneration and volume in a similar application. It is processed fat that is designed specifically for the face. Together, these products have meaningfully expanded what we can offer patients whose volume loss profile doesn’t fit the traditional fat transfer model.
The goal in combining a preservation deep plane facelift with Lipoderma or fat transfer is to address the full picture of facial aging at once: structural descent and volume depletion handled together, in a single recovery.
What to Expect
The procedure is done under general anesthesia and takes 4 to 6 hours, depending on whether volume restoration is included. Incisions are placed at the hairline, around the ears, and into the posterior hairline in modern facelift incision placement, but with significantly less tension on closure because the structural lifting is doing the work rather than the skin.
Swelling and bruising peak at three to four days and decrease significantly over the following week. Most patients are comfortable going out by day 10 to 14, with residual swelling continuing to resolve over 6 to 8 weeks. The final result is typically visible at three months.
We’re seeing preservation techniques become more common in facelift surgery. Faster recovery, more natural results, better longevity, that’s where both patients and surgeons want to go. The anatomy was always there. The understanding of how to work with it, rather than against it, took time to develop.
Dr. Johnny Franco | Austin Plastic Surgeon | Because Confidence Is the Best Contour
