
Published Mar 26, 2026
1 minute read
In the current landscape of aesthetic medicine, the line between the medspa and the operating room has blurred. Most patients don’t arrive for a surgical consultation with a cosmetically untouched face. They’ve had the hyaluronic acid fillers, the annual radiofrequency treatments, or the preventative liquid facelift.
To understand how a minimally invasive, nonsurgical procedure affects a surgical facelift, we have to look at how these treatments interact with the facial anatomy long after the initial swelling has faded.
Watch Dr. Locketz's You-Tube video that dives into this topic:

Published Mar 26, 2026
5 minute read
The first category includes the heavy hitters of skin tightening and facial rejuvenation.
We use energy-based devices like radiofrequency microneedling, FaceTite, NeckTite, Ultherapy, and Thermage that work by delivering focused ultrasound energy or heat to the deep facial tissues. The goal is to stimulate collagen production by creating a controlled thermal injury. While this results in firmer skin for a period, it also creates something called sub-clinical fibrosis—microscopic scar tissue.
When a board-certified plastic surgeon or facial specialist performs a deep plane facelift, they must navigate the superficial muscular aponeurotic system (SMAS) with extreme precision. If the tissue has been "cooked" by repeated heat-based professional treatments, that tissue becomes woody, brittle, and less pliable.
The second category is the most common: soft tissue fillers like hyaluronic acid. These are used to restore volume in the nasolabial folds or to smooth wrinkles.
While a hyaluronic acid filler is temporary and dissolvable, its presence during a surgical procedure creates a moving target for the surgeon. During a surgical facelift, we are essentially redraping the foundation of the house. If that foundation is filled with a gel that mimics facial volume, the final drape may be inaccurate once the filler eventually dissipates.
The third category involves products designed to stimulate collagen over time, such as Sculptra or Radiesse.
Unlike a liquid facelift using HA, these fillers are designed to provoke a biological response to create collagen growth. This is excellent for improving skin texture and skin quality, but it creates a very specific challenge for a facelift surgeon. These fillers don't just sit in the tissue; they integrate into it, often creating dense planes of scar tissue where there should be natural gliding spaces.
If you have spent years on ongoing treatments to avoid sagging skin, you might worry you’ve ruined your chances for a successful surgery.
A skilled surgeon understands that the surgical facelift is the gold standard for significant skin laxity. While nonsurgical options like laser skin resurfacing or chemical peels are fantastic for skin texture, they cannot address the structural failure of the facial muscles. A surgeon who specializes in the deep plane facelift is used to navigating complex anatomy. The difficulty of the surgery itself is the surgeon's burden to carry, not the patient's.
However, there is a "but."
While the surgery can be completed, the behavior of your face during healing changes after years of non-surgical facelift attempts.
When we perform facelift surgery, the skin relies on a delicate network of blood vessels (the subdermal plexus) to heal. Repeated laser treatments and skin-tightening heat can compromise this blood supply. This doesn’t mean you won't heal, it means the facelift recovery might involve more swelling, or the skin might not settle as smoothly as it would on a patient who had never had radiofrequency treatments.
Fillers present a different hurdle during the surgical procedure.
Many patients use fillers to mask facial volume loss for years before opting for cosmetic surgery. During surgery, the mechanical manipulation of the tissues often causes these fillers to break down or shift. If your treatment plan relied on filler to hide a hollow area, and that filler disappears during the lift, you may wake up with a depression or a lack of volume that we couldn't account for while the filler was masking the true facial structure. This is why I often prefer to dissolve fillers before a traditional facelift to see the true skin laxity and anatomy.
Biostimulators are perhaps the most physically disruptive during the actual dissection of the facial tissues.
To get the most natural, tension-free result, we need to move through the clean planes of the face. When biostimulatory fillers have created a tapestry of scar tissue, we have to adjust our depth. This deviation is what leads to increased bruising or minimal downtime becoming slightly more extended downtime.
The key is comprehensive rejuvenation and realistic expectations. Nonsurgical treatments are excellent for mild skin laxity, acne scars, and improving skin texture. They have a lower upfront cost and offer minimal downtime. But they are not a permanent substitute for a surgical facelift.
If you are considering facelift surgery in the future, my advice is to be transparent about your history of cosmetic procedures. Whether it was ultrasound therapy, laser skin work, or multiple treatments of hyaluronic acid, your surgeon needs to know.
My goal is to make sure that when you're ready to transition from maintenance to mastery, your recovery and result are as predictable as possible. By being transparent about your history with energy-based devices and dermal fillers, we can navigate your previous treatments with precision to leave you happy with your results.

Your face should accurately and authentically represent the identity you see for yourself. Garrett Locketz, MD, offers exceptionally precise facial plastic surgery treatments to bring your vision of beauty to life. We’re looking forward to helping you become your most beautiful and confident self.
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