Deep Plane Facelift with John M. Anastasatos, M.D., FACS
A facelift that genuinely takes years off the face — without producing the pulled, surprised, or “operated-on” appearance that signals an obvious surgery — does not come from skin tightening alone. It comes from repositioning the deeper anatomic structures of the face that have descended with age: the SMAS layer, the malar fat pad, the deep facial ligaments, and the supporting tissues that give the youthful midface its lifted, balanced architecture. The deep plane facelift is the most technically demanding facelift technique because it works at this deeper anatomic level, lifting the skin and SMAS together as a single integrated unit and producing the longest-lasting, most natural-looking results available in facelift surgery. Performed by a surgeon with the depth of training the procedure requires, the deep plane facelift produces dramatic rejuvenation that ages gracefully and preserves natural facial expression.
Dr. John M. Anastasatos performs deep plane facelift surgery at his Beverly Hills practice with the most directly relevant academic credentials in the specialty. Dr. Anastasatos is a board-certified Los Angeles plastic surgeon and Fellow of the American College of Surgeons (FACS) with decades of experience specializing in advanced facial rejuvenation surgery. He has been an invited lecturer at the Royal Society of Medicine in London on advanced facelift techniques, including the deep plane facelift specifically, and has been invited to return as a featured speaker in 2026 — peer-recognition rarely held by any plastic surgeon in the world. He completed his plastic surgery training under Dr. Luis Vasconez at the University of Alabama at Birmingham, one of history’s foremost plastic surgeons and the inventor of the endoscopic brow lift, whose tutelage shaped Dr. Anastasatos’s understanding of midface architecture, malar fat pad anatomy, and the deeper structural principles that the deep plane technique requires. Member of the American Society of Plastic Surgeons (ASPS) and American Society for Aesthetic Plastic Surgery (ASAPS), and named by The Luxe Insider as one of the Top 10 Plastic Surgeons in the World.
Why Facial Aging Requires a Deep Plane Approach
Facial aging extends well beyond the skin. Over time, the deeper facial structures — muscles, ligaments, and fat compartments — descend due to gravity, repetitive expression, and the natural volume changes of aging. This descent produces drooping jowls, deep nasolabial folds, midface flattening, loss of jawline definition, and the heavier lower-face appearance that traditional skin-tightening cannot fix. While conventional facelift techniques focus on tightening the skin and the superficial musculoaponeurotic system (SMAS), these methods may not adequately address more advanced or structural aging changes — particularly in patients whose SMAS layer is naturally thin or weak.
The deep plane facelift is designed to reposition the deeper facial layers as a single, integrated unit, allowing for a more natural restoration of facial volume and contour. When performed by a surgeon with advanced training and experience, this technique can produce longer-lasting, more harmonious results while preserving natural facial expression. Dr. Anastasatos’s expertise in deep plane facelift surgery reflects his commitment to advanced surgical methods that prioritize anatomical precision, safety, and refined aesthetic outcomes.
How the Deep Plane Facelift Differs From Traditional Facelift Techniques
In a traditional SMAS facelift, the skin and the SMAS layer are lifted as separate units. The skin is undermined first, then the SMAS is tightened underneath, and the skin is re-draped on top. This sequential approach can produce excellent results for the right patient, but it has a structural limitation: the skin and SMAS move independently, which can place tension on the skin closure and contribute to the “pulled” appearance some patients fear.
In the deep plane facelift, the entire skin and SMAS are released and lifted together as one unified unit. This eliminates the tension on the skin or muscle that conventional facelift techniques sometimes produce, and the entire facial tissue complex is elevated together at the same time. The technical work is more complex — the surgeon must dissect deeper than in a traditional facelift, working in the deep plane beneath the SMAS while preserving the facial nerve branches that travel through this region. The reward is a result that lifts more naturally, holds longer, and avoids the visible markers of conventional facelift work.
Who Is a Candidate for the Deep Plane Facelift?
The deep plane facelift is particularly well-suited for:
- Patients in later stages of facial aging with significant midface descent, deep nasolabial folds, prominent jowls, and loss of jawline definition that a conventional SMAS facelift may not adequately address
- Younger patients in their late forties and fifties who want their facelift result to last as long as possible and to slow the visible aging progression more effectively than a conventional approach would
- Patients with thin or weak SMAS whose midface cannot be effectively lifted by conventional SMAS techniques
- Revision facelift patients whose previous SMAS facelift failed to address the deeper structural issues
For some patients, a conventional SMAS facelift is the appropriate procedure. For others, the deep plane technique is genuinely the better choice. The decision depends on individual facial anatomy, stage of aging, skin quality, and personal goals — discussed in detail at consultation.
Recovery and Results
Recovery from a deep plane facelift is generally similar to a comprehensive SMAS facelift, with most patients returning to private daily activities within 10-14 days. Visible bruising and swelling resolve over 3-4 weeks, with continued refinement over 3-6 months as tissues fully settle. Final settling is complete by approximately one year post-procedure.
Results from a properly performed deep plane facelift typically last 10-15 years before patients consider revision or additional procedures. The face continues to age naturally after the procedure, but the deeper structural repositioning the deep plane technique provides ages more gracefully than skin-only approaches.
Frequently Asked Questions About Deep Plane Facelift
Is the deep plane facelift safer than a traditional facelift?
Both techniques have excellent safety profiles when performed by a properly trained surgeon. The deep plane technique requires more advanced training because it involves working closer to the facial nerve branches, but in experienced hands, the safety profile is equivalent to traditional facelift approaches.
Will I look pulled or unnatural?
No. In fact, the deep plane facelift was developed specifically to avoid the pulled appearance that can result from conventional skin-tightening. Because the skin and SMAS are lifted together as one unit without tension on the skin closure, the result looks naturally lifted rather than pulled.
How long does the surgery take?
A comprehensive deep plane facelift typically takes 4-6 hours in expertly skilled hands. The deeper dissection requires more time than a conventional facelift, and the careful preservation of facial nerve branches cannot be rushed.
Can the deep plane facelift be combined with other procedures?
Yes. Dr. Anastasatos frequently combines deep plane facelift with blepharoplasty, endoscopic brow lift, neck lift, fat transfer, and lip lift in a single coordinated operation for harmonious upper, mid, and lower face rejuvenation.
What anesthesia is used?
Most deep plane facelifts are performed under general anesthesia, though the procedure can also be performed under local anesthesia with sedation in medically appropriate candidates. The right anesthetic approach depends on the extent of the procedure and the patient’s medical situation.
How do I know if I need a deep plane facelift versus a SMAS facelift?
The decision is based on your specific anatomy and stage of facial aging — including the strength of your SMAS layer, the degree of midface descent, your skin quality, and your goals for longevity of results. The consultation evaluates each of these factors and outlines the appropriate technique for you.
Why Choose Dr. Anastasatos for Deep Plane Facelift Surgery
- Royal Society of Medicine London Advanced Facelift Lecturer: International peer-recognition specifically on advanced facelift techniques including the deep plane facelift, with invited 2026 return as featured speaker.
- Trained by Dr. Luis Vasconez at UAB: Foundational training under one of history’s foremost plastic surgeons and the inventor of the endoscopic brow lift.
- Two Decades of Beverly Hills Practice: Sustained experience in advanced facelift surgery since 2007.
- Board-Certified, FACS, ASPS, and ASAPS: Certification by the American Board of Plastic Surgery and full membership in the specialty’s most respected peer societies.
- Anatomically Precise Technique: Deep plane dissection performed with rigorous preservation of facial nerve branches and architectural integrity of the deeper tissues.
- Comprehensive Facial Rejuvenation: Deep plane facelift combined with blepharoplasty, brow lift, neck lift, and fat transfer when indicated.
- Top 10 International Recognition: Named by The Luxe Insider as one of the Top 10 Plastic Surgeons in the World.
Schedule Your Deep Plane Facelift Consultation in Beverly Hills
The deep plane facelift represents the most technically demanding and aesthetically powerful facelift procedure available — and the difference between an excellent result and a disappointing one comes down entirely to choosing a surgeon whose training, experience, and aesthetic judgment match the importance of the procedure. Dr. Anastasatos welcomes patients to the Beverly Hills office at 436 North Bedford Drive, Suite 202, Beverly Hills, CA 90210, for a private consultation evaluating your facial anatomy and outlining whether the deep plane facelift is the right approach for you. Contact our clinic in Beverly Hills to schedule your facelift consultation with Dr. Anastasatos.
