If you’ve started researching a facelift, you’ve probably hit a wall of confusing names — SMAS lift, deep plane, extended deep plane, mini facelift, Vertical Restore®, and more. Some describe genuinely different surgical approaches. Some are brand names for a particular surgeon’s version of a technique. And some marketing terms describe procedures far less involved than they sound.
As a double board-certified facial plastic surgeon who has performed over 1,000 facelifts, my goal here is simple: an honest, plain-English explanation of what these techniques actually are, how they differ, and how to choose the right one for your anatomy and goals.
— Dr. Raghu Athré, Houston, TX
👉 Have questions about which technique is right for you? Book a consultation.
What is a SMAS facelift?
The SMAS (superficial musculoaponeurotic system) is the layer of muscle and connective tissue beneath your skin. A traditional SMAS facelift tightens or folds this layer and pulls it back. It’s a real, time-tested technique that produces good results for the right patient.
Its limitation: a standard SMAS lift tightens the SMAS but doesn’t fully release the deeper retaining ligaments that anchor the face to the skull. Without releasing those, the lift can carry tension (which can read as “pulled”) and may not last as long as a deep plane approach. SMAS and mini techniques are often well suited to patients with milder aging.
What is a deep plane facelift?
A deep plane facelift works in a deeper layer — beneath the SMAS — and releases the osteocutaneous (retaining) ligaments that tether the face to the underlying bone. Published anatomic work describes the deep plane technique as involving complete release of the cheek retaining ligaments, which allows correction of the mid-cheek and a more meaningful rejuvenation than earlier techniques [3]. Because the tissue is fully released and repositioned rather than pulled under tension, the result tends to look more natural, defines the jawline, softens the smile lines, and lasts longer.
The tradeoff is that a deep plane facelift demands more surgical skill and experience, because the dissection is close to the facial nerves — which is precisely why many surgeons avoid it [3]. In experienced hands, the risk profile is comparable to other techniques; experience genuinely matters here.
Watch What A Deep Plane Facelift Actually Does (Live Demo)
A key advantage: limited skin dissection (delamination)
Here is something most patients are never told, and it’s one of the most important advantages of a properly performed deep plane facelift: how little of the skin actually needs to be dissected.
In a skin-only or some traditional SMAS lifts, a large area of skin is separated (undermined, or “delaminated”) from the layers beneath it, then pulled tight and trimmed. The skin itself carries the tension of the lift. In a deep plane facelift, the lifting work is done by repositioning the deep tissue layer — so only a small amount of skin needs to be undermined. The deeper plane carries the load, and the skin is simply re-draped over the new, repositioned foundation with little to no tension.
This matters for three reasons patients actually care about:
- A more natural result. When the skin isn’t under tension, you avoid the over-pulled, “windswept” look. The face looks repositioned, not stretched.
- Better, less visible scars. This is well established in the wound-healing literature: high mechanical tension on a closing wound reduces local blood supply, disrupts collagen metabolism, and drives scar widening and even hypertrophic (raised) scarring, while tension-free skin closure is a foundation of good scar cosmesis [4,5]. Because the deep plane technique closes the skin under minimal tension, scars tend to heal thinner and flatter.
- Greater longevity. Tension is ultimately what causes a lift to relax and relapse over time. When the deep structural layer holds the result — not the skin — the correction is built to last.
Watch: The 3 Facelift Layers — And Why Only One Lasts
In the video above, I demonstrate this directly on Henrietta, my silicone facial model, showing exactly what each layer — skin, SMAS, and deep plane — contributes to the final result, and why the layer your surgeon treats determines how natural and how lasting your outcome will be.
Deep plane facelift vs. SMAS facelift: what’s the difference?
The short version: a SMAS lift tightens the SMAS layer; a deep plane facelift goes deeper, releases the retaining ligaments, and repositions the tissue without tension. A 2025 systematic review and meta-analysis of 21 studies (2,896 patients) reported higher patient satisfaction with deep plane facelifts (94.4%) than with SMAS facelifts (87.8%) [1]. The practical differences patients tend to care about:
- Naturalness: deep plane avoids the over-tightened look because tissue is repositioned, not pulled.
- Scope: deep plane can rejuvenate the midface, jawline, and neck together, and is the technique that meaningfully improves the smile lines.
- Skin tension & scars: deep plane allows minimal skin undermining and tension-free closure (see above).
- Best fit: SMAS or mini techniques can be ideal for milder aging; deep plane shines for moderate-to-advanced midface, jawline, and neck aging.
In the interest of an honest picture: the literature is not unanimous, and some studies question whether deep plane techniques meaningfully outperform well-executed SMAS techniques for every patient [2]. This is exactly why technique selection should be individualized rather than one-size-fits-all.
What is an extended deep plane facelift?
“Extended deep plane” refers to a deep plane facelift in which the surgeon releases all of the major retaining ligaments and extends the dissection to fully address the midface, jawline, and neck in continuity. The deep plane facelift I perform is, technically, an extended deep plane facelift — it involves division of all four cutaneous retaining ligaments and includes a deep plane neck lift. This more complete release is what allows a tension-free, long-lasting, natural result.
What about a “mini” facelift?
“Mini facelift” isn’t a single defined operation — it’s a marketing term, and what it means varies widely by surgeon. In some practices it’s a limited skin-only or limited-SMAS procedure. In mine, the RT Mini Facelift is essentially a mini deep plane lift, designed for patients with milder aging who don’t yet need a full deep plane procedure. Always ask any surgeon exactly what their “mini” includes — the word alone tells you very little.
What is a “Vertical Restore” facelift, and how does it compare?
Vertical Restore® is a registered, branded approach developed by Dr. Amir Karam (San Diego). It is a deep plane technique that emphasizes a more vertical vector of lift — repositioning tissues upward rather than back toward the ears — with the goal of a natural, non-pulled result. It is a well-regarded technique.
How my approach compares: I also use a deep plane foundation with careful attention to lift vector for a natural result. I have been using the vertical vector for almost 20 years. The main philosophical difference is that I build the lift into a broader, three-dimensional plan — the 4D Facelift™ — which addresses not only sagging (the lift) but also the volume loss and skin-quality changes that a lift alone cannot fully correct. Different excellent surgeons emphasize different elements; the right choice depends on your anatomy and goals, which is what a consultation is for.
How is the 4D Facelift™ different from a Vertical Restore or a standard deep plane facelift?
Facial aging happens in three dimensions, not one:
- Sagging tissue — corrected by the (deep plane) lift.
- Lost volume — corrected by structural fat transfer.
- Skin quality / texture — corrected by resurfacing and a regenerative stem-cell protocol.
A lift — whether you call it deep plane, extended deep plane, or Vertical Restore — primarily addresses the first dimension: sagging. It will help the others somewhat, but if volume loss or skin aging is significant, a lift alone leaves results on the table. The 4D Facelift™ starts from that same deep plane lifting foundation and then deliberately addresses all three dimensions in one procedure. That’s the difference: not a better lift than theirs — a more complete plan built around the lift.
Is one facelift technique “better” than the others?
No single technique is best for everyone. In my opinion, the deep plane facelift is the most natural and longest-lasting lifting technique for moderate-to-advanced aging — but a patient with milder aging may get an equally good long-term result from a mini (mini deep plane) approach with less downtime. The best technique is the one matched to your anatomy, the degree of your aging, your downtime tolerance, and your goals. Any surgeon who recommends the identical operation for every patient isn’t customizing to you.
How do I choose the right facelift technique — and surgeon?
A few honest pointers, regardless of who you choose:
- Look at long-term before-and-after results (1 year+), not just photos taken at 6 months when everything still looks tight.
- Ask exactly what a quoted procedure includes — is “mini” skin-only or a true deep plane technique? Is the price all-in?
- Ask about the surgeon’s training, board certification, case volume, and complication/revision rate.
- Make sure the plan is built for your face — your anatomy, your degree of aging, your goals.
👉 Want a personalized recommendation for your anatomy and goals? Book a consultation with Dr. Athré.
Related Reading:
Frequently Asked Questions about Facelift Techniques
Clinical Info/References
1. Systematic review and meta-analysis comparing deep plane and SMAS facelifts (21 studies, 2,896 patients) reporting higher patient satisfaction with the deep plane technique (94.4% vs. 87.8%). Aesthetic Plastic Surgery (Springer), 2025. doi:10.1007/s00266-025-05118-x
2. Systematic review of deep-layer (SMAS and “deep plane”) facelift techniques noting no clear consensus that medially based deep plane techniques significantly improve midface appearance or longevity over SMAS techniques. Plastic and Reconstructive Surgery, 2025. doi:10.1097/PRS.0000000000012526
3. Anatomic and technical description of the deep plane facelift, including complete release of the cheek retaining ligaments and the proximity to facial nerve branches that leads many surgeons to avoid the technique. “Systematic Approach to Deep Plane Facelift,” PMC12454624.
4. Wound healing, scarring and management — review noting that raised mechanical tension causes wound dehiscence and hypertrophic scarring, and that superficial epidermal closure should be tension-free. Clinical and Experimental Dermatology (Oxford), 2024.
5. Biomechanical review of surgical wound tension showing high tension reduces local blood supply, disrupts collagen metabolism, and leads to scar widening and hypertrophic scars. Frontiers in Surgery, 2025. doi:10.3389/fsurg.2025.1674382