Facelift Anesthesia: General vs. IV Sedation — What Patients Should Know

April 19, 2026 | Facelift, Uncategorized

In consultations with patients seeking facelifts and neck lifts, a frequent question is: will I be asleep for the procedure? This is an understandable question. Many patients have real anxieties around anesthesia — some are afraid of going fully asleep, and others are worried about being aware of parts of the procedure.

In this post, I want to walk through the anesthesia options for facelift and neck lift surgery. I’ll define what general anesthesia is, explain IV sedation as an alternative, and describe why general anesthesia is the more common choice for these procedures. I’ll also discuss the considerations that lead me to recommend one approach over the other for specific patients.

At our surgery center, we have a dedicated team of CRNA anesthesia providers — Certified Registered Nurse Anesthetists with significant experience in outpatient cosmetic surgery. They are extremely skilled at delivering safe, comprehensive care in an outpatient setting. Their experience allows them to tailor the anesthesia approach to the needs of each patient and each specific procedure.

We work with a limited number of anesthesia providers, which means each one has extensive experience with me as a surgeon. They know the length of the case, the pace, and the specific maneuvers involved — and they adjust the anesthesia throughout in a way that maximizes a smooth emergence, minimizes pain and nausea, and gets patients home comfortably.

General anesthesia is defined as the administration of medications that result in a complete absence of consciousness — no awareness, and no response to even painful stimulation. It can be achieved through inhaled gas agents or through intravenous medications. Patients are not aware of their surroundings, and they have no recollection of the procedure or the time that elapsed during surgery. This is what most people mean when they say they want to be “fully asleep.”

Most people associate general anesthesia with having a breathing tube — called an endotracheal tube, or being intubated. During general anesthesia, vital signs are continuously monitored, oxygen is delivered through the breathing tube, and carbon dioxide is removed the same way. The breathing tube serves two distinct purposes worth understanding. First, it ensures you receive adequate oxygen throughout a longer procedure. Second, and just as importantly, it protects your lungs from oral or gastric secretions during a period when you are fully unconscious and cannot protect your own airway. I think of it like a seatbelt — a routine safety measure that is standard practice, not something to be concerned about.

The main benefits of general anesthesia for facelift surgery are the complete absence of patient movement and the complete absence of awareness. This allows me, as a surgeon, to focus entirely on executing the techniques required to get the best result. Many patients prefer general anesthesia for exactly this reason — they don’t want to be aware of the surgery at all, and they want to eliminate any possibility of anxiety or discomfort during the procedure. General anesthesia accomplishes that entirely.

IV sedation is defined as a drug-induced reduction of awareness. During IV sedation, patients are extremely drowsy and relaxed. Rather than being fully unconscious, you drift in and out — and at any point your anesthesia provider can bring you back to awareness simply by calling your name. Because you remain able to take good deep breaths on your own, and your body keeps its natural protective airway reflexes intact, no breathing tube is required.

Some patients request IV sedation because they have concerns about certain aspects of general anesthesia. Perhaps they’ve had a prior negative experience — prolonged nausea, or a slow recovery. With our skilled anesthesia team, those outcomes are quite unlikely, but the concern is still valid. Other patients simply don’t like the idea of losing full control, or they have specific worries about the risks of general anesthesia. For these patients, IV sedation is a reasonable option — though it’s important to note that the anesthesia provider ultimately determines whether it’s safe for a given patient. Certain conditions, such as a history of sleep apnea, or anatomic considerations like a small jaw or large tongue, can make sedation for a longer procedure unsafe. In those cases, general anesthesia is actually the safer path.

It’s also worth mentioning that if we plan for IV sedation and discover early in the case that the patient is not maintaining a safe airway, we can transition quickly and smoothly to general anesthesia with an endotracheal tube — without any compromise to the patient’s wellbeing.

IV sedation is not a single thing — it exists on a spectrum. At one end, it can be very light, with mild anti-anxiety properties and the patient fairly awake. At the other end, it can be very deep, approaching general anesthesia in effect but without the breathing tube. That depth of sedation for the full length of a facelift is possible, but it requires the right patient and the right anesthesia provider, and it’s generally not my preference to maintain that level for an entire long procedure.

There are specific circumstances, however, where I will recommend an intermittent deep sedation approach. These are patients who have a history — personal or family — that increases their risk of blood clots: what we call a hypercoagulable state. This might be a patient with a known genetic condition such as Factor V Leiden, a prior history of cancer, a personal or family history of deep vein thrombosis, or other factors we discuss during consultation. It’s worth noting that blood clots are already quite rare after facelift procedures for a number of reasons, but when someone has a known elevated risk, certain mitigating strategies are warranted — and intermittent deep sedation is one of them.

Here is how it works: during the most stimulating parts of the procedure — the local anesthetic injections, the incisions, the deeper dissection — the patient is brought into a deep level of sedation. Then, during the less stimulating intervals, we intentionally lighten the sedation significantly, to the point where patients can actually move their arms and legs, even in small amounts. That movement is the therapeutic goal. One of the primary drivers of blood clot formation in the legs during any prolonged procedure is sustained immobility. By periodically allowing patients to move their lower extremities, we are actively working against that physiology. It is a straightforward and effective way to reduce clotting risk without compromising the surgery.

Most patients who have their procedure done under IV sedation do not remember much of it afterward, due to a combination of anterograde and retrograde amnesia associated with the sedation medications. The medications commonly used include propofol, ketamine, and IV benzodiazepines, among more specialized agents depending on the circumstances.

Regardless of whether a patient has general anesthesia or IV sedation, local anesthesia plays an important role in pain control during the procedure. Local anesthetics — most commonly lidocaine and Marcaine (bupivacaine) — are injected directly into the surgical areas and around key nerves in the face and neck, creating a field that is essentially free of sensation. If at any point during IV sedation you were to feel any discomfort, additional local anesthesia can be given immediately.

When local anesthesia is administered under general anesthesia, it stabilizes vital signs by blunting the body’s response to surgical stimulation. When done under IV sedation, it allows the sedation to be lightened during the less stimulating phases of the procedure — which is what enables patients to breathe more deeply and move their extremities when that is clinically indicated.

On the rarest of occasions, I have performed a facelift under local anesthesia alone. In my experience, patients are somewhat uncomfortable, and for that reason it is extremely limited in its application.