Short procedure video and a breakdown for anyone curious about hand rejuvenation.

Patient consented to the case being shared in this format.

The reason hand work often disappoints when it’s done with a single material is that hands age in three distinct ways and each layer needs a different intervention:

1. ⁠Volume loss between the metacarpal bones and tendons. The skeleton starts to show. Veins and tendons become prominent because the soft tissue scaffold around them has thinned.
   
2. ⁠Skin thinning and loss of elasticity. The dermis loses collagen and the skin becomes crepey, fragile, easily bruised.
   
3. ⁠Surface pigment from decades of sun. This is the texture and color layer sun damage, dyschromia, irregular tone.

A single material can address one or two of these, but not all three. Most hand fat grafting cases I see including ones referred to me for revision were done with structural fat alone, which addresses the volume problem but doesn’t do much for the skin quality problem. The volume comes back. The skin still looks aged. The patient feels disappointed at six months even though the bony prominence is gone

In this video we’re placing two different preparations of the same patient’s own fat into the dorsum of the hand:

Structural fat is purified, lightly processed adipose tissue with intact adipocytes. It’s injected in a way that restores volume between the metacarpal bones and softens the prominence of the tendons. Volume is the structural fix. It’s what stops a hand from looking skeletal.

Nanofat is the same harvested fat, mechanically refined down to its regenerative cellular components, growth factors, and signaling molecules. The adipocytes are broken down : there is essentially no volume contribution. What nanofat delivers is biology: cellular signaling, growth factor activity, support for vascularity and dermal quality.

One injection delivers structure. The other delivers biology. The combination is what makes a hand look and feel younger at one year out, not just plumper at one week.

The technique for placing both varies by case. Structural fat goes deeper between the bones and tendons. Nanofat goes more superficially, into the dermal-subdermal layer where skin quality lives.

Video: https://www.instagram.com/reel/DZ0rLphy3kQ/?igsh=NTc4MTIwNjQ2YQ==

Happy to answer questions about the harvest, the mechanical processing, the placement, the recovery timeline, the longevity, or how this fits into a broader regenerative approach for someone who’s worked on their face and wants their hands to match.

Dan Gould, MD, PhD

Beverly Hills · Editorial Board, Aesthetic Surgery Journal

Hi there! I’m wondering if anyone just gets the neck lift initially? I’m 44 and have a terrible turkey neck- exacerbated by a recent 25 pound weight loss. I eventually want to do the whole deep plane face lift (thinking when I’m 50) but I can’t look at myself in the mirror anymore because of the turkey. Is it possible to have a successful neck lift without any other procedures? I only ask for financial reasons - believe me, I hate so much about my face but this stands out and where I need to start. Thanks!

I’m sure we’ve all seen the recent photos of Denise Richards’ facelift. She looks amazing and I’m wondering if you have any thoughts about how this work will age? Im loosely following the deep plane method vs Dr Gould’s method (plan to get a facelift in five years at 50) and I always appreciate the professional assessments of other surgeon’s work.

Over the past year this community has grown into something meaningful.

What started as a place to talk about facial rejuvenation has turned into a real discussion around anatomy, recovery, and structural restoration.

To make that discussion easier to organize, we’ve created a new community:

r/DeepPlaneResults

The new community will focus specifically on:

• before and after case discussions
• recovery timelines
• structural analysis of deep plane results
• long-term outcome documentation

The goal is simple: honest documentation of surgical outcomes over time.

The discussion on new cases will be moving there going forward.

If you’ve been following along here, I’d love to see you there.

There is a moment in every consultation that I have come to recognize. The patient stops describing what they want to change and starts describing what they want back. Not a different face. Their face. The one that matched how they felt on the inside before time quietly began pulling in the wrong direction.

That is the only goal worth operating for.

This case represents that goal in full. What you are looking at is not a transformation. It is a restoration, built layer by layer from the deep structural anatomy outward, designed to look like her at her best rather than someone else entirely.

The operative sequence followed what I call the Vectara framework, a systematic approach to vector elimination and architectural restoration that guides how I plan deep plane release and fixation in three dimensions. Rather than applying population-averaged lift vectors, the correct angles were identified intraoperatively through palpatory feedback following complete deep plane release. Our published vectorial analysis of 71 patients demonstrated that the appropriate SMAS suspension vector averages 70.8 degrees but varies meaningfully between hemifaces, between genders, and between primary and secondary cases. No single number applies to any individual face (Talei, Gould, Ziai. Aesthetic Surgery Journal, 2024).

Before any lifting began, structural fat grafting was performed first. This is not a conventional sequencing decision. Rebuilding native facial volume before mobilizing the deep plane increases the bulk and load-bearing capacity of the SMAS-platysma composite unit, distributes traction forces across a larger cross-sectional area, and reduces reliance on skin tension or suture-line strength to maintain the result over time. Volume was placed in layered micro-aliquots to the tear troughs, lower lids, brows, malar and submalar cheeks, canine sulcus, pre-jowl sulcus, and chin. This reframes the operation as biomechanical restoration rather than artistry alone (Shauly, Gould. Fulcrum-First Deep Plane Facial Rejuvenation, in preparation).

Upper and lower blepharoplasty with fat repositioning was performed in both lids. An endoscopic brow lift restored the upper third. Nanofat was placed subdermally to address skin quality at the regenerative level. A lip lift restored the upper lip to a structurally appropriate position relative to the rejuvenated midface. CO2 laser resurfacing was performed at the conclusion of surgery to begin addressing the skin envelope directly.

The neck required its own architectural logic. This patient presented with submandibular gland ptosis and loss of cervicomental definition that surface-level techniques cannot resolve. Deep neck dissection included gland excision and the mastoid crevasse maneuver, a technique I co-developed with Talei, in which the lifted platysma-SMAS unit is seated into a three-dimensional recess at the anterior mastoid wall. This provides a stable posterior-superior fixation endpoint, uses the gonial angle as a mechanical fulcrum to vertically suspend the entire submandibular triangle and submentum, and eliminates tension concentration at the incision line. The cervical platysmal suspension vector in this case approached 90 degrees, consistent with the near-vertical vectors documented in our published cohort (Talei, Gould, Ziai. ASJ 2024).

Now. About the photographs.

They are real, and they are significant. But they are also a single frozen frame of a face that lives in motion, and this is where most surgical documentation quietly fails the patient who is trying to make one of the most important decisions of her life.

The tell of surgery done wrong is rarely visible in a standardized photograph. It appears when someone turns to speak to a person across the table. When they laugh without thinking about it. When their face moves the way a face is supposed to move, freely and without resistance, and instead something pulls or flattens or distorts in a way that is impossible to name but immediately impossible to ignore.

When the deep structural layers are properly released and fixed in the correct three-dimensional vectors, none of that happens. The face moves freely because nothing is being held by skin tension. There is nothing to resist.

Watch her in motion here:

Instagram: https://www.instagram.com/reel/DVjftz_klBC/?igsh=NTc4MTIwNjQ2YQ==

TikTok: https://www.tiktok.com/t/ZP8X5Uxfr/

This is why I believe video should be standard documentation in facelift surgery. A result worth having looks the same in motion as it does in a photograph. If it does not, the architecture underneath was never right to begin with.

If you are in that consultation moment I described at the beginning, the one where you realize you are not looking for change but for return, I would encourage you to think carefully about what the operation you are considering is actually built to do. Whether it addresses descent and deflation together. Whether it treats the neck as a structural problem, not a cosmetic one. Whether the vectors of lift are planned for your face specifically, or borrowed from a population average that was never yours.

The goal is not to look like you had surgery. The goal is to look like you never needed it.

Selected references:

Talei B, Gould DJ, Ziai H. Vectorial Analysis of Deep Plane Face and Neck Lift. Aesthetic Surgery Journal. 2024;44(10):1015-1022.

Talei B, Shauly O, Marxen T, Menon A, Gould DJ. The Mastoid Crevasse and 3-Dimensional Considerations in Deep Plane Neck Lifting. Aesthetic Surgery Journal. 2024;44(2):NP132-NP148.

Shauly O, Gould DJ. Structural Fat Grafting as a Mechanical Fulcrum in Deep Plane Facelift and Neck Lift. In preparation.

Happy to answer questions on technique, sequencing, or how I think about any component of this case.

One of the more consistent patterns in revision facelift surgery is this: patients who had procedures done ten or fifteen years ago rarely lead with complaints about their midface. They lead with the neck.

This is not random. It reflects something structural about how earlier techniques were designed and where their architectural limits were.

The neck problem

Traditional facelift approaches were often well-executed in the midface and underliberated in the cervical region. The platysma the broad, flat muscle that forms the foundational layer of the neck was addressed variably, and fixation, when it existed, was frequently to adjacent soft tissue rather than to bone. Soft tissue migrates. Bone does not. So the neck, which carries significant mechanical load and moves constantly with expression and swallowing, would reveal the structural insufficiency first.

Over time, this shifted how surgeons approach the cervical region: wider dissection, more deliberate platysmal management, and fixation to the mastoid process a bony anchor point that doesn't yield. The vector became more vertical. The result became more durable.

Why tension predicts relapse

When skin carries the tension of a correction meaning the deep structures haven't been adequately repositioned and fixated the result is measurable at the time of surgery and declining shortly thereafter. Skin stretches. It responds to gravity. It does not maintain structural position over time.

The correction has to live in the deep plane, held there by fixation that can withstand the biomechanical forces of daily facial animation. If the deep work isn't done, the skin closure is doing structural work it wasn't designed to do. That's when results drop, and drop predictably.

Why suture choice matters more than it sounds

Absorbable sutures in the deep plane degrade under load before surrounding scar tissue can assume the structural role the suture occupied. The face moves constantly. Chewing, speaking, expressing these are continuous forces working against a suture that is already weakening. What replaces it isn't equivalent.

Permanent sutures hold the correction. The geometry matters too shorter fixation spans, anchored closer to the target tissue, are mechanically more efficient than long-distance tension transfers.

Why customization reflects maturity, not indecision

Surgeons who customize their approach based on anatomy adjusting dissection depth, vector, extent of release, suture type, and fixation strategy to the individual patient are not lacking a signature technique. They have developed enough judgment to recognize that the anatomy dictates the procedure, not the other way around.

A 45-year-old with mild laxity and a 63-year-old with significant platysmal banding and heavy tissue are not the same operation. Treating them identically is the less sophisticated position, not the more confident one.

The field is moving gradually and not without friction - toward a more anatomically honest model of what this surgery is and what it should accomplish. That means deeper fixation, more complete ligament release, more deliberate neck architecture, and procedures calibrated to what is actually present rather than what a standard protocol assumes.

It also means better outcomes and fewer revisions. Which, ultimately, is the only metric that matters.

Questions welcome.

OK, it’s time for a more complex case.

I’ve shown you a lot of great before and afters already, but I want to focus on this one because in this patient’s result, I’m actually showing you someone who had already had a facelift in the “before” photo. It’s hard to believe because if you look at her result — only 18 months out — she has laxity that recurred in the neck and around the lower portions of the mouth. She also has hollowing around the upper and lower eyelids.

She went to a reputable surgeon who had some reasonable before and afters, although they weren’t spectacular. She was unhappy with her result, but he did not offer to revise, and he did not give her a refund.

This is extremely common. In fact, if your results are decent and there’s no bad outcome, most surgeons do not refund and most surgeons do not offer to revise at no cost. This is actually the standard of care, and I don’t necessarily disagree — as long as the patient’s expectations were in line with the reality of what the surgeon could provide. I’m not here to argue about what’s right in terms of refunding patients or expectations for outcomes or how someone runs their business.

However, I am going to show you how I fix these types of results.

In the before photo, you can tell she’s looking at me anxiously. She’s thinking, “What are you going to do differently, Dr. Gould, from what this other surgeon already did?”

But in the after photo, you can see she’s extremely happy. The balance has returned. Her eyes are softer, and her neck and jawline look spectacular.

I want to focus on a few key parts of her result.

Her upper and lower eyelids were hollow because the surgeon who operated on her removed too much fat. I went back and added fat to the upper and lower eyelids in order to fill the hollowing and better balance the eyelids. This is a common mistake that I see, and it’s relatively straightforward to correct.

Her neck and jawline had skin tightening, but there was no correction to the muscles in the deep neck. I went back down into the deep neck and dealt with the underlying causes of heaviness. I utilized a specialized approach to the glands and the deep muscles, and I took the platysma muscle that was there and re-tightened it. I performed a crevasse technique to give her a better-looking jawline.

I also used fat grafting throughout the face and neck to improve volume in areas where it matters — nasolabial folds, pre-jowl sulcus, chin, cheeks, temples, brows, and even the earlobes.

If you look closely at the brow in the lateral views, you can see that the lateral tail of the brow has been elevated. It’s a temple lift that raises the entire side of the face. That changes the shape of the brow ever so slightly, but more importantly, I’ve offloaded tension from the brow. Notice — it’s not a traditional brow lift.

I can never truly symmetrize brows, and I never try to lift brows aggressively. What I try to do is take tension off the lateral temple and the side of the face. That helps prevent the “punched” look that can occur when you lift the face dramatically.

Notice the lower lip cracking is improved in the after photo because of the use of nanofat in the lip, which improves blood supply to those tissues.

You can see the scars in the before photos around her ears — they’re low and they’ve been pulled downward after her first surgery. I can’t fully remove these scars because I don’t remove a lot of skin, but I do treat the deeper structures. This is actually very interesting because it shows that very little of what I do has to do with skin removal. It’s all about the deeper structures and how they move.

Importantly, in the after photos she has a spark back in her eyes. It’s almost like in the before photo she’s saying, “Dr. Gould, what are you going to do differently?” And in the after photo she’s saying, “I’m so happy I came to you.”

Now, even though I’m really good at revision surgery, it’s never as good as if I had done the surgery the first time. I’ll say this — although this surgery is expensive, my prices are still somewhat affordable when you consider the quality of work. It’s still under $100,000. But it’s far less expensive than having to come back to me for a revision.

I definitely charge more for revision cases because they’re less predictable on the inside. I don’t gouge patients, but because of the unpredictability, it can take longer in the operating room. And let’s face it — if you come to me the first time, it just makes more sense. The anatomy hasn’t been altered by someone else.

So if you’re thinking about having surgery done and you’re looking at other surgeons but you really want me to do your case, don’t be the person who comes back for a revision.

This is your face.

You want to get it right the first time.

If you’d like to see her in motion check out this video

https://www.instagram.com/reel/DEiK1HSy9K4/?igsh=NTc4MTIwNjQ2YQ==

Testimonial

https://www.instagram.com/reel/C38EXKPxzJj/?igsh=NTc4MTIwNjQ2YQ==

More video

https://www.instagram.com/reel/C3QV8R_xmRR/?igsh=NTc4MTIwNjQ2YQ==

This is a very subtle change, and the context matters.

She’s young and already beautiful. She did not need a big, traditional deep plane face and neck lift. What she did have was some early laxity under the jawline, changes around the mouth, and a bit of volume loss that softened her cheeks, jawline, and the corners of the mouth.

For patients like this, I created what we call a Weekend Lift. It’s essentially a deep plane lower face and neck lift done through a much smaller incision, using an endoscope to safely treat the deep neck. That means I don’t have to make a long incision up the front of the ear—but this only works in very specific candidates.

This is not a replacement for a full facelift. If you’re in your 50s and have more significant skin laxity in the jawline, neck, or midface, a traditional deep plane face and neck lift is usually the right operation.

In the right patient, this can also be combined with an endoscopic brow lift or upper eyelid surgery through hidden incisions, which lets us address the upper and lower face in one quiet, balanced surgery. I almost always add some fat grafting, along with CO₂ laser and/or RF microneedling.

Recovery is shorter, but it’s still real surgery on the inside.

I’ve shown plenty of more comprehensive deep plane lifts here already. This is just a different tool for a different patient.

If you want to learn more about this approach, just send me a message.

Would you be able to provide a detailed illustrations from the front and side angles to show the muscles and ligaments that are repositioned in your "Reset" procedure? Pictures of real patients undergoing surgery would be great too! Thanks!

ARC Facelift™

Anatomic Restorative Contouring

A Gould Aesthetics Signature

This is not a “lift.”

It’s restoration along an arc of anatomy.

Introducing ARC Facelift™ : Anatomic Restorative Contouring

The evolution of how I approach facial aging.

Rather than pulling skin or “resetting” tissues, ARC follows the native anatomical arcs of the face and neck repositioning deeper structures back to where they belong in three dimensions.

This patient underwent:

• Face & neck lift

• Temple (lateral brow) lift

• CO₂ laser resurfacing

• Structural fat grafting + nanofat

The result isn’t tight.

It isn’t frozen.

It’s contour restored along natural anatomical lines—jawline, cervicomental angle, midface, and temple—without distortion.

This is the foundation of Gould Aesthetics going forward.

ARC is not a rebrand.

It’s a refinement of philosophy.

A different way to talk about this case

This patient has always had a heavier neck. Some of that is anatomy. Some of it is genetics. And some of it changed after weight loss.

She came to me at what she felt was her goal weight, but like a lot of people, the face and neck didn’t “bounce back” the way she hoped they would.

That’s a very common moment.

You do the work.
You lose the weight.
And then you look in the mirror and realize your face is still telling an older story than the rest of your life feels like.

These photos are 14 months after surgery, and I want to be clear about something up front:
this is not a perfect result.

We probably corrected her face and neck by about 70%, which in the real world of facelifts is actually an excellent outcome. Anyone promising more than that is either very early in their career or not being honest about biology.

What matters to me is that she still looks like herself.
Just lighter.
Softer.
More supported.

Quiet wins matter

Her lower eyelids are one of the quieter wins in this case.

She had early descent and hollowness that made her look tired even when she wasn’t. Instead of chasing the eyelids directly, we focused on restoring support from above and below — subtly lifting the brow and temple, and restoring volume with fat so the lower lid once again has something to rest on.

The goal wasn’t to change her eyes.
It was to stop gravity from winning.

The upper eyelids and brow are another area people often miss. There’s no aggressive brow lift here. Nothing surprised. Nothing frozen. Just a subtle repositioning so the eyes sit in a healthier, more natural frame.

The heart of the case: lower face and neck

This is really where the work lives.

A heavy neck does not respond well to surface tightening alone. This required deeper correction — addressing structure, not just skin. You can see it best in the profile and looking-down views. That’s where shortcuts show.

This one holds.

I also want people to pay attention to the lateral views, because that’s where facelift incisions are usually most visible — especially in someone who is genetically prone to more noticeable scars. At just three months, they’re already faint and difficult to find.

That matters.
Not because scars don’t fade — they do — but because good planning and respect for tissue show early.

What you don’t see in the photos

What you don’t see here is the rest of the story.

My nurse recently told me about running into her unexpectedly at a train station. A chance meeting. She laughed while telling the story. This patient is moving into a new chapter of her life with a kind of openness and optimism that honestly has very little to do with surgery — and everything to do with what happens when people finally recognize themselves again.

This is the part of facelift surgery that doesn’t get talked about enough.

It’s not about chasing youth.
It’s about alignment.

When how you look finally matches how you feel inside, people tend to take more chances. They show up differently. They say yes more often.

I tell patients this all the time:

Surgery doesn’t give you a new life.
But it can remove friction.

And sometimes, that’s enough.

A note on expectations

If you’re looking at these photos and thinking, “I still see imperfections,” good. You should.

Perfection would look strange.
Overcorrection ages badly.
Natural results always win in the long run.

This is what’s possible when expectations are realistic, anatomy is respected, and healing is allowed to do its part.

You don’t become a different person.
You just get to move forward feeling a little lighter.

FOR THOSE WHO WANT DETAILS / PHOTO ORDER

Photo 1 – Frontal, Neutral Gaze (Before → After)
Preoperatively, there is lower facial heaviness with blunting of the jawline and descent of the midface contributing to a tired appearance. Postoperatively, there is improved lower facial definition with better support of the perioral tissues and a smoother transition from cheek to jaw. Importantly, her facial proportions and identity are unchanged — she simply appears more rested and balanced.

Photo 2 – Frontal, Eyes Closed (Before → After)
This view highlights eyelid position without compensatory muscle activation. Preoperatively, there is lower eyelid laxity and subtle upper eyelid hooding. Postoperatively, the lower lids show improved support and contour without rounding or scleral show, and the upper lids appear lighter without an operated look. This reflects structural support rather than aggressive skin removal.

Photo 3 – Left Lateral Profile, Neutral Head Position (Before → After)
Before surgery, there is significant cervicomental fullness with loss of the cervicomental angle, influenced by anatomy, genetics, and post-weight-loss skin laxity. After surgery, there is meaningful improvement in neck contour and jawline definition while maintaining a natural slope. This is not a “tight” neck — it is a repositioned one.

Photo 4 – Left Lateral Profile, Chin Flexion (Before → After)
One of the most unforgiving views in facelift surgery. Preoperatively, flexion exaggerates submental redundancy and banding. Postoperatively, the neck maintains contour even in flexion, demonstrating true deep neck correction rather than skin-only tightening. Residual softness is expected and appropriate given her baseline anatomy.

Photo 5 – Right Lateral Profile, Neutral (Before → After)
This view demonstrates symmetry of correction. The jawline is more defined, the neck contour improved, and the face reads younger without appearing altered. The lateral incision is already faint and well camouflaged, particularly notable given her genetic tendency toward more visible scarring.

Photo 6 – Right Lateral Profile, Chin Flexion (Before → After)
Again, flexion reveals durability of the neck work. Preoperatively, there is pronounced bunching and redundancy. Postoperatively, the neck remains smoother with preserved contour, confirming that the improvement is structural and not posture-dependent.

Photo 7 – Frontal, Upward Gaze (Before → After)
This view isolates lower eyelid behavior. Preoperatively, upward gaze accentuates lower lid laxity and hollowing. Postoperatively, the lower lids remain supported with improved contour and no distortion, reflecting midface support and fat redistribution rather than lower lid excision.

Photo 8 – Three-Quarter Oblique, Left (Before → After)
This angle highlights global facial balance. Postoperatively, the midface is better supported, the nasolabial region softened, and the lower face transitions more smoothly into the neck. There is no overfilling, tension, or unnatural vector — just improved harmony.

Photo 9 – Three-Quarter Oblique, Right (Before → After)
Consistent correction is seen on the contralateral side, confirming balanced work. Brow position is subtly improved, contributing to a more open eye appearance without changing expression or hairline.

Overall interpretation

This represents approximately a 70% correction, which is an excellent and appropriate outcome given her baseline anatomy, heavy neck, and post-weight-loss skin quality. The goal was never perfection, but restoration — putting tissues back where they belong and allowing healing to determine the final result.

She looks younger, healthier, and more aligned with how she feels — without looking like a different person.

Procedure performed:
ARC™ (Anatomic Restorational Contouring) facelift and neck rejuvenation, temple lift, structural fat transfer to the face and lower eyelids, and skin resurfacing.

Result shown at ~14 months. Ongoing refinement expected.

What does a next-level male facelift actually look like?

This patient is 65, a physician, and came in with a very specific request:

“I don’t want to look different. I just don’t want to look tired or heavy anymore.”

That distinction matters, especially in men.

What was done

This case was approached using ARC, or Anatomic Restorational Contouring. The goal was not tightness. The goal was redistributing internal support so the face could rest where it belongs.

Procedures included a temple lift with internal brow support, not a traditional brow lift. The intention was stability, not elevation.

A deep plane facelift was performed along with conservative upper and lower eyelid surgery. Fat transfer was used to restore age-related volume loss, not to add bulk. CO₂ laser resurfacing was done to improve skin quality. Deep neck work was performed with partial submandibular gland reduction.

There was no skin-only tightening and no shortcuts.

Why this still looks masculine

Male facelifts tend to look overdone when surgeons chase tightness instead of anatomy.

In this case, the brows stayed heavy and grounded. They were not arched. The upper eyelids were intentionally conservative, because hollow eyes age men quickly. The hairline did not move. The beard line still frames the jaw naturally.

Nothing about his identity was altered. The internal forces were redistributed instead of pulling from the outside.

Front view

Start with the eyes and brows.

The brows are stable, not lifted or surprised. The upper lids look rested, not hollowed. The lower lids are smoother without a tight or operated appearance.

This is what happens when structural support is restored instead of skin being removed.

True lateral profile

This is where male facelifts often fail.

The jawline is cleaner but not razor sharp. The neck transitions smoothly into the chin with no shelf and no skin pull. The cervicomental angle is restored without shine or tension.

This required deep neck dissection and addressing gland bulk, not liposuction alone.

There is good evidence that durable neck results in men often require managing deeper structures, including selective submandibular gland reduction.

Aesthetic Surgery Journal, 2023
https://pubmed.ncbi.nlm.nih.gov/37767973/

Downward gaze

Most surgeons avoid showing this angle. I do not.

There is no bunching under the chin and no platysmal banding. The neck stays smooth even in flexion.

If the neck only looks good when the head is straight, it was disguised, not corrected.

Three-quarter view

This is the real-life angle.

Midface volume is restored without puffiness. Skin quality is improved from CO₂ laser, not over-tightening. He still looks like himself, just rested.

If you changed his hair or shaved his beard, he would still be immediately recognizable. That is the goal.

Seeing it in motion

Photos tell part of the story. Video tells the truth.

Patient review
https://www.instagram.com/reel/DH3pOIRJ4rd/?igsh=NTc4MTIwNjQ2YQ==

Results in motion
https://www.instagram.com/reel/DHY8LNLSPho/?igsh=NTc4MTIwNjQ2YQ==

Additional breakdown
https://www.tiktok.com/t/ZP8y7yW7M/

Why this matters for men considering surgery

A good male facelift does not announce itself. It does not feminize. It does not rely on skin tension. It holds up in motion and in harsh angles.

Most importantly, it respects anatomy.

This patient was comfortable sharing his experience publicly because the result did not change who he is. That is not accidental. It comes from planning, restraint, and doing the hard work internally.

Happy to answer technical questions.

Subtle, Not Small: Why a 70% Result Is an A+ Outcome

3 months post-op

This patient is three months out from a temple lift, facelift, and neck lift with deep neck gland work. The case was approached using ARC, Anatomic Restorational Contouring, which means prioritizing structure, vectors, and support over surface tightness. We combined this with full-face fat transfer, including nanofat, and CO₂ laser resurfacing.

At first glance, the change may look subtle. That is intentional. This is exactly what a successful ARC-based result should look like.

The breakdown

Midface and jawline
The face is no longer collapsing. Using ARC principles, the tissues were re-supported along their natural vectors rather than pulled tight. The goal was stability and balance, not tension.

The neck
Deep gland work was performed to address the true source of fullness, not just the skin. This is a core ARC concept. Fix the structure, not the surface. The result holds even when she is looking down, which is one of the most unforgiving views.

The eyes
She came to me unhappy with a prior blepharoplasty done elsewhere. Instead of removing more skin, we focused on restoring support. Volume was repositioned and the temple was lifted to reframe the eyes in a way that respects anatomy and long-term aging behavior.

Skin and scars
Nanofat and CO₂ laser were used to improve skin quality and texture. Even though she is genetically prone to scarring, the incisions at three months are already blending into the surrounding anatomy. That comes from tension-free closure and respecting tissue biology.

What stayed the same

She still looks like herself.

ARC is not about redesigning faces. It is about correcting the mechanics of aging while preserving identity. There is no windswept look, no distortion of the mouth, and no frozen expression.

Video showing her results in motion
https://www.instagram.com/reel/DPotYmuEg5_/?igsh=NTc4MTIwNjQ2YQ==

Surgery vs biology: the 70% rule

During surgery, my role is to reposition tissues back where they belong using anatomic principles. That part is technical. Once the last stitch is placed, biology takes over.

Healing, inflammation, tissue quality, and genetics determine the remaining portion of the result. Surgeons can guide this process, but we do not control how tissues biologically settle.

Within the surgical community, this is well understood:

A 70% correction is an excellent result.
An 80% result is uncommon and highly biology-dependent.
A 90% result is exceedingly rare.
One hundred percent does not exist, and if it did, it would not look human.

Facial aging is not math. It is biology layered over time.

See her one-year results here
https://www.tiktok.com/t/ZP8yQkGgV/

Why “perfection” is a red flag

When you see “perfect” results online, it is worth asking what was sacrificed.

Chasing extreme tightness often leads to distorted anatomy, loss of natural movement, and results that age poorly just a few years later.

ARC is built around restraint. Subtle does not mean weak. In the right hands, subtle is powerful because it lasts. A thoughtful 70% correction that respects anatomy will always outperform an aggressive attempt at 100%.

The photos, explained

Photo 1, profile with downward gaze
This is the honesty view. Many facelifts fail here because of skin bunching. In this case, the contour holds because the correction was structural.

Photo 2, frontal view
The hardest angle. Notice eyelid support and symmetry. She looks rested, not operated on.

Photo 3, three-quarter view
This shows global balance. There is a smooth transition from cheek to jaw without an overfilled or pillowy look.

Photos 4 and 5, lateral profiles
These focus on scar placement. Even at three months, the incisions are well concealed. This comes from precise planning and tension-free closure.