By Dr Scott J Turner, Specialist Plastic Surgeon (FRACS) | Bondi Junction, Sydney
When patients come in for a facelift consultation at Face+, the conversation usually covers technique, recovery, and what the first week looks like in practical terms. One thing that comes up regularly — once I explain it — is the haemostatic net.
Most patients haven’t heard of it. Once they understand what it is and why it’s used, it tends to make the recovery timeline make a lot more sense. Including why, for many of my patients, there are no surgical drains.
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The Problem the Haemostatic Net Solves
During any facelift procedure, tissue is elevated and repositioned. Whether that’s a deep plane facelift, a Vertical Restore Facelift, or a SMAS facelift, the process of lifting tissue creates a temporary space between the elevated flap and the deeper structures beneath it. Surgeons call this dead space.
Dead space matters because blood and serous fluid fill any available cavity in the early post-operative hours. When that accumulation is sufficient, it becomes a haematoma — a collection of blood beneath the skin — which is the most common serious complication after facelift surgery. Traditional technique haematoma rates run between one and five percent depending on the approach and patient factors.
For decades, the standard response was drainage. Small tubes placed behind the ears removed fluid continuously for the first 24 to 48 hours until the tissue layers bonded naturally.
Haemostatic netting addresses the same problem from the other direction. Instead of removing fluid after it collects, it prevents the space from forming in the first place.
What the Technique Involves
At the end of the facelift, once the deep work is done and before dressings are applied, I place a series of fine sutures through the skin surface and into the deeper tissues beneath. These pass through the skin itself, which is an important point I’ll come back to when discussing what patients see in recovery.
The sutures are arranged in a grid-like pattern across the elevated tissue — which is where the name “net” comes from. Each suture does three things simultaneously: it anchors the skin flap to the underlying tissue at that specific point, it compresses the small blood vessels within the surgical plane, and it eliminates the cavity where fluid would otherwise gather.
The result, across the full operative field, is that the tissue layers are held in direct contact at dozens of points. There’s no space for fluid to accumulate. The compression also helps seal minor vessels that might otherwise ooze in the first hours after surgery — the window when most haematomas develop.
The sutures are removed at day four or five. By that point, natural fibrin bonds have formed between the tissue layers and the mechanical support is no longer needed.
What Patients See in Recovery
Because these sutures pass through the skin surface, they’re visible. Patients wake up from surgery with what looks like a grid pattern of small stitch points across their cheeks and sometimes the neck area. It’s worth describing this honestly, because it can look unexpected if you haven’t been told about it.
This is temporary. The sutures themselves are fine and the puncture points are small. Most patients manage this period comfortably, and many find that knowing what to expect takes most of the surprise out of it. By the time the sutures come out at day four or five, the tissue has settled considerably and the marks fade quickly over the following days.
The net is one of the first things that comes out during recovery, and its removal is usually straightforward and well tolerated.
What the Evidence Shows
The clinical evidence behind haemostatic netting has grown substantially in recent years.
A 2025 systematic review and meta-analysis in the Aesthetic Surgery Journal Open Forum, drawing on seven studies and 1,919 patients, produced the most comprehensive dataset to date. Haemostatic net sutures reduced haematoma odds by 92% compared with controls. The haematoma rate in quilting suture groups was 0.21%, against 2.66% in control groups. Importantly, that reduction came without any increase in skin necrosis, seroma, or infection.
An earlier series of 480 facelift cases in the Aesthetic Surgery Journal validated the technique across a range of skin types, including Fitzpatrick III through V — relevant because haematoma-related post-inflammatory hyperpigmentation is a particular concern in patients with darker skin tones.
A separate analysis specifically examining haemostatic nets in Fitzpatrick III–V patients confirmed consistent outcomes across skin types, which matters for a practice like Face+ where we see a genuinely diverse patient population across Sydney’s Eastern Suburbs.
Why I Use It as Standard
The haemostatic net isn’t something I reach for in selected cases or reserve for higher-risk patients. It’s a standard part of my facelift technique across most procedures.
The reason is straightforward. The evidence for haematoma prevention is strong. The technique adds time to the procedure but no meaningful clinical risk. And the practical benefit for patients — fewer drains, simpler recovery, lower haematoma rates — is significant enough that it would be hard to justify omitting it routinely.
That said, no technique exists in isolation. The haemostatic net is most effective when the fundamentals are right: meticulous haemostasis throughout surgery, precise anatomical dissection with limited unnecessary trauma, and careful blood pressure management in the post-operative period. These remain the most important factors. The net builds on them, it doesn’t replace them.
The Role of Fibrin Sealant
Alongside haemostatic netting, I use fibrin sealant in many facelift procedures. It’s a biological tissue adhesive that works at a different level — sealing microscopic bleeding points and bridging residual gaps between tissue planes that the sutures can’t address mechanically. The two techniques complement each other rather than duplicating the same function.
Haemostatic Netting Across Different Facelift Procedures
The technique adapts to different approaches. In deep plane and Vertical Restore procedures, preservation-based dissection already reduces dead space significantly by keeping tissue layers connected through the lift. Haemostatic netting compounds that advantage.
In SMAS facelift procedures, where some degree of skin undermining is involved, the net plays a proportionally larger role in closing the space created by that dissection.
For ponytail facelift and short scar facelift approaches, the technique is applied across the relevant operative field. For revision facelift cases, where anatomy is more complex and scar tissue changes the tissue behaviour, the approach is assessed individually.
The neck is also addressed. Neck lift and deep neck lift procedures involve a large surface area in a dependent position — both factors that favour fluid accumulation. Haemostatic netting across the neck component is as important as it is in the facial field.
When Drains Are Still Used
The haemostatic net reduces the need for surgical drainage significantly. But drains aren’t eliminated in every case.
Patients on anticoagulant medications or with a documented bleeding tendency carry a higher baseline risk that may still warrant drain placement. Revision facelift surgery through previously operated tissue can produce more unpredictable spaces. Certain combined procedures are assessed on their own terms.
The decision about whether to place a drain is made intraoperatively, based on findings at the time of surgery. It’s not something that can always be determined in advance with certainty.
Post-operative blood pressure management remains critical regardless. Elevated blood pressure in the first 24 to 48 hours is one of the most consistent predictors of haematoma across all facelift studies, and it’s something patients can directly influence by following instructions around activity, rest, and prescribed medications during that window.
Risks and Complications
Haemostatic netting reduces haematoma risk substantially. It doesn’t eliminate all surgical risk. Facelift procedures can involve complications including haematoma, infection, nerve changes, wound healing difficulties, scarring, and asymmetry. The risks and complications page covers these in full and is worth reading before consultation.
For a detailed account of the recovery timeline, including what swelling and bruising typically look like week by week, the facelift recovery resource is a useful reference.
Consulting at Face+, Bondi Junction
Face+ is a face-exclusive practice at 39 Grosvenor St, Bondi Junction NSW 2022. I consult with patients from across Sydney and work with out-of-town patients where that’s practical.
If you’d like to discuss facelift surgery, what the haemostatic net involves in practice, and what recovery looks like at Face+, get in touch through the contact page.
