What Is the Hemostatic Net Technique (Spider Web) in Facelift Surgery?

The spider web technique and the hemostatic net are the same thing. One is the nickname, earned from the crisscross pattern the sutures form. The other is the more clinical name used in surgical literature, also called an Auersvald net. It’s a temporary suture step surgeons add during facelift surgery in Turkey to lower the risk of hematoma, at the end of the surgery while it heals.

It isn’t a separate treatment, and it isn’t something a patient books on its own. It’s a safety adjunct built into certain facelift and neck lift procedures. Surgeons use it when a case will benefit from extra protection against fluid or blood collecting under the skin. This guide covers what the technique actually involves, why surgeons reach for it, and what patients who have it as part of their facelift can expect during recovery.

What Is the Spider Web Technique (Hemostatic Net)?

The technique was first described by Brazilian plastic surgeons André and Luiz Auersvald as a way to cut down on hematoma rates after facelift surgery. Since then, it’s been studied in multiple published case series. Surgeons performing deep plane, extended, and neck lift procedures worldwide have adopted it, not just the surgeons who first described it.

After the surgeon lifts and repositions the deeper tissue layers and redrapes the skin, a single continuous suture is passed back and forth through the skin in rows. It crosses over itself to form a grid. That grid is what gives the technique both of its names: clinically precise as a “hemostatic net,” and visually descriptive as a “spider web.”

The stitches are placed close together but kept loose. They aren’t meant to pull the skin tight or hold the lift itself. That job belongs entirely to the deeper surgical repositioning done earlier in the procedure. The net’s only job is to press the skin gently against the tissue underneath it, closing off the space where blood or fluid could otherwise pool.

Because the sutures pass through the skin itself rather than staying buried beneath it, the technique doesn’t require any incision of its own. It uses the anesthesia already in place for the facelift, whether that’s general anesthesia, sedation, or a local protocol, depending on how the surgeon approaches the case.

Why Surgeons Use It During Facelift Surgery

The main reason surgeons add a hemostatic net is hematoma prevention. When skin is lifted and repositioned during a facelift, it leaves behind a small gap, known as dead space, between the skin and the tissue below it. Blood or fluid can collect in that gap in the hours and days after surgery. A large enough collection is a hematoma, one of the more common reasons a facelift patient needs a follow-up procedure. Closing that space early, before fluid has a chance to build up, is the technique’s core purpose.

Published surgical data backs this up. In one single-surgeon series of over 500 facelift patients, adopting the technique was linked to hematoma rates dropping from roughly 14% in a comparison group down to close to zero. Results like that vary by surgeon, technique, and patient population. But the direction is consistent across published case series: fewer hematomas in patients whose facelift included the net.

The technique has also been associated with a reduced need for surgical drains in some surgeons’ protocols. Closing off dead space early does some of the work drains are otherwise there to manage. That’s part of why adoption has grown alongside deep plane and extended neck lift techniques, where more tissue is repositioned and the risk of fluid collection is naturally higher.

There’s a secondary benefit too. Pressing the skin evenly against the tissue underneath helps distribute healing tension across the treated area instead of concentrating it in a few points. That can reduce the localized pulling that leads to visible dimpling in the first days after surgery. It’s a real advantage, though it’s not the reason the technique exists. Hematoma prevention is.

The technique itself doesn’t add meaningful risk on its own. Because it uses the anesthesia already administered for the facelift and doesn’t require a separate incision, adding it to a procedure doesn’t meaningfully change a patient’s overall surgical risk profile. It mainly changes how the surgeon manages fluid buildup during the first few days of healing.

Who Needs the Spider Web Technique During Facelift Surgery?

Adding a hemostatic net isn’t a patient’s choice to make. It’s a surgical decision, based on the specific facelift technique used, how much tissue is being elevated, and the individual patient’s bleeding risk. Surgeons lean toward using one in more extensive procedures, such as an extended facelift combined with a neck lift. A larger surface area being lifted and redraped means more potential dead space to close.

Patients with high blood pressure or a history of hematoma after a prior surgery may be more prone to bleeding and are often flagged for extra precautions during planning. A hemostatic net can be one part of that plan, alongside careful preoperative blood pressure management—not a substitute for it. For a standard facelift in a patient with no particular bleeding risk factors, a surgeon may decide the net isn’t necessary and rely on other hemostasis techniques instead. Either way, it’s a decision made in the operating room based on what the surgeon observes, not something requested in advance.

Our guide to facelift procedures breaks down the surgical techniques, deep plane, SMAS, and endoscopic. A spider web technique might be paired with any of them, depending on how much correction a patient needs.

Removal and What to Expect

The net typically stays in place for about two to four days after surgery, depending on the surgeon’s protocol, then it’s removed during a quick in-office visit. There’s no second surgery involved. During removal, the surgeon simply snips the suture at one end and gently pulls the single continuous thread free, working across the grid until it’s completely out. Because it’s one continuous piece rather than dozens of individual stitches, removal is faster than it might sound. Patients usually describe it as a series of light tugs rather than anything painful, and the whole process takes just a few minutes.

The sutures pass through the skin at small points rather than through a single incision line. That can leave brief pinpoint marks or light bruising in the days immediately after surgery. Those fade quickly and don’t add a lasting scar of their own, separate from the facelift’s actual incision lines.

Recovery Timeline: Facelift with a Spider Web Technique

For patients whose facelift includes the technique, recovery follows the same overall timeline as any facelift. The net is a small part of a much larger surgical recovery, not a separate one. What’s specific to it is the day two to four mark, when it comes off during that short office visit rather than a follow-up surgery.

Beyond that point, healing tracks the same course as any facelift. Expect swelling and bruising in the first one to two weeks, incision lines gradually maturing over the following months, and final results settling in over roughly a year. For a full breakdown of what to expect at each stage, see our facelift recovery timeline. If facial scarring is part of what’s on your mind while researching facelift options, our guide to facelift scars covers incision placement and how they heal over time.

Frequently Asked Questions

What is the spider web technique?

It’s a temporary suture technique, also called a hemostatic net or Auersvald net, used during facelift and neck lift surgery. A continuous suture is passed through the skin in a crisscross grid to close off dead space and reduce the risk of a hematoma.

Is the spider web technique the same as a hemostatic net?

Yes. They’re two names for the same procedure. “Hemostatic net” is the more precise clinical term, and “spider web technique” is the informal name that comes from the crisscross pattern the sutures form.

Does every facelift patient need it?

No. It’s added at the surgeon’s discretion, based on the extent of the procedure and the patient’s individual bleeding risk. A more extensive lift, or risk factors like blood thinners or a prior history of hematoma, make a surgeon more likely to use one.

Is removal painful?

Most patients describe it as a series of light tugs rather than pain. It’s done during a short in-office visit, typically two to four days after surgery, without any anesthesia.

Does the spider web technique leave scars?

Not in the way a surgical incision does. The sutures pass through the skin at small points and can leave brief pinpoint marks or light bruising. Those fade within days to a couple of weeks, separate from any scarring caused by the facelift’s actual incisions.

How long does recovery take after a facelift that includes the technique?

Recovery follows the same timeline as any facelift, with the net itself removed after two to four days. Overall healing, including swelling, bruising, and final results settling into place, follows the same course as a facelift without it.

Does adding the technique make the surgery take longer?

Only by a few extra minutes. Placing the sutures takes a small fraction of total operating time compared with the rest of a facelift procedure. Most patients wouldn’t notice a difference in their overall time under anesthesia.

Can it reduce the need for surgical drains?

In some surgeons’ protocols, yes. Because the net closes off dead space early, it can reduce or eliminate the need for a drain in cases where one might otherwise be used, though this depends on the surgeon’s individual approach and the extent of the procedure.

Facelift Surgery with the Spider Web Technique at MCAN Health

MCAN Health’s facelift team works within a plastic surgery in Turkey network of board certified surgeons trained in deep plane and SMAS techniques. Safety adjuncts like the spider web technique come into play when a patient’s case calls for it. That decision is based on the surgeon’s assessment of the procedure’s extent and the patient’s individual risk factors. MCAN Health is TEMOS-accredited, and procedures take place in accredited hospitals.

Long-Term Results and Aftercare

Whatever combination of techniques your facelift involves, MCAN Health supports the outcome with three layers of care. MCANCare covers in-clinic guidance during your time in Turkey. MCANFollow provides ongoing digital check-ins through the first 12 months to track how your results are settling. MCANAssurance adds a long-term protection layer on top of that.

The spider web technique isn’t a treatment you choose. It’s a safety detail your surgeon builds into your facelift when your case calls for it. That’s one more layer of planning behind a result meant to hold up well past the day the stitches come out.