What an Endoscopic Facelift Actually Is

The endoscope is a thin fibre-optic camera, roughly the diameter of a pen, that transmits a high-definition image from inside the operative field onto a monitor. Rather than making a long incision to directly visualise the tissue being lifted, the surgeon makes a series of short incisions, introduces the endoscope, and works through those access points with specialised long-handled instruments.

In the context of facial surgery, the endoscope is typically used for two regions. The first is the upper face, where incisions are placed within the hairline, usually five small openings of roughly one to two centimetres each, to access and reposition the brow and forehead structures. The second is the midface, where access is typically through the same hairline incisions, often combined with a transconjunctival incision through the inner surface of the lower eyelid.

What the endoscope is not: it is not a skin-tightening device, not a thread lift, and not an energy-based treatment such as radiofrequency or ultrasound. The camera itself does not do the lifting. It is a visualisation tool that allows surgical repositioning of tissue through smaller access points than open surgery would require. The work itself, ligament release, repositioning of the brow or midface soft tissues, fat grafting, still follows traditional facial surgical principles.

How the Endoscopic Approach Differs from Open Facelift Techniques

Open facelift techniques such as the deep plane facelift or the SMAS facelift rely on direct visualisation through a pre-auricular incision, typically extending from the temporal hairline down and around the ear into the hairline behind. This gives the surgeon broad access to the SMAS layer, the retaining ligaments, and the neck musculature, and is necessary when the pattern of facial change includes significant jowling, platysmal banding, or lower-face skin excess.

An endoscopic approach works in a different anatomical plane and through different access points. The subperiosteal dissection used in endoscopic brow and midface work sits beneath the facial muscles, directly on the bone of the upper skull and the maxilla. From this deep plane, the surgeon can release periosteal attachments and reposition the overlying soft tissue unit, including the brow, the lateral canthal area, and the malar fat pad, upward to an anatomically higher position.

What this approach can address well is upper-face descent, lateral brow droop, lateral hooding, and midface flattening. What it does not adequately address on its own is significant lower-face jowling, neck laxity, or platysmal banding. When those concerns are also present, either a neck lift is added as a separate component, or a more comprehensive open technique such as deep plane facelift or vertical facelift may be more appropriate.

The Three-Tier Endoscopic Approach at Dr Turner’s Practice

There is no single “endoscopic facelift” procedure. The scope of surgery should match the scope of the anatomical concern. Dr Turner typically frames endoscopic facial surgery across three tiers of increasing extent, and the choice between them is made at consultation after individual assessment.

Type 1: Endoscopic Brow Lift with Fat Grafting

Type 1 is the most focused of the three tiers and addresses the upper face only. It suits patients whose presenting concerns are lateral brow descent, outer-eye hooding, and a sense of forehead heaviness, without significant changes at the midface, lower face, or neck.

What’s included

• Endoscopic brow lift
• Fat grafting (temples, upper periorbital region, lateral brow)

Incisions and scar locations

• Five small incisions within the hairline, typically one to two centimetres each, concealed by hair growth
• A small donor site incision for fat harvest, usually positioned in the lower abdomen or inner thigh

Areas of dissection

• Subperiosteal plane of the forehead and upper orbital rim
• Lateral brow and temporal region for outer-brow repositioning

With the endoscope passed through the hairline incisions, the brow and forehead tissues are dissected in the subperiosteal plane. The lateral brow is repositioned upward to an anatomically appropriate height, above the orbital rim in female patients and at the rim in male patients, and fixated using absorbable implants or bone tunnels. Fat harvested from the patient’s own lower abdomen or inner thigh is then placed through microinjection cannulae to address volume loss.

Type 2: Endoscopic Brow Lift, Midface Lift, Upper and Lower Blepharoplasty with Fat Grafting

Type 2 extends the approach to address the upper face, the midface, and both upper and lower eyelids in a single procedure. It suits patients whose changes include all of these regions: lateral brow descent, midface flattening with deepening of the nasolabial fold, upper-lid skin excess or hooding, and lower-lid fat protrusion or tear-trough hollowing, while the lower face and neck remain relatively intact.

What’s included

• Endoscopic brow lift
• Endoscopic midface lift
• Upper blepharoplasty
• Transconjunctival lower blepharoplasty
• Fat grafting (temples, upper cheek, tear trough, lateral brow)

Incisions and scar locations

• Five small incisions within the hairline, concealed by hair growth
• Upper eyelid crease incisions, concealed within the natural upper-lid crease
• Transconjunctival incisions inside the lower eyelid, with no external scar
• A small donor site incision for fat harvest

Areas of dissection

• Subperiosteal plane of the forehead and upper orbital rim
• Prezygomatic space (deep plane) over the zygomatic body, for elevation of the malar fat pad
• Upper eyelid: skin, orbicularis muscle, and fat compartments as indicated
• Lower eyelid: transconjunctival access to the post-septal fat compartments

The brow component is performed as in Type 1. For the midface component, the endoscope enters the prezygomatic space, a deep plane anatomical compartment overlying the zygomatic body, where the malar fat pad and overlying soft tissue are elevated and repositioned superiorly. The upper blepharoplasty addresses excess upper-lid skin, with conservative management of the underlying orbicularis and fat compartments where indicated. The transconjunctival lower blepharoplasty addresses lower-lid fat pseudoherniation, either by conservative removal, repositioning into the tear trough, or a combination of the two.

Type 3: Endoscopic Brow Lift, Deep Plane Midface and Jowl Lift, Upper and Lower Blepharoplasty, Neck Lift with Fat Grafting

Type 3 adds a formal deep plane lift in the midface and jowl, plus a neck lift, to the Type 2 procedure. It suits patients whose concerns span the full face, upper, mid, and lower, including jowling, neck laxity, platysmal banding, and loss of jawline definition, and who have a strong preference for hidden incisions.

What’s included

• Endoscopic brow lift
• Formal deep plane lift in the midface and jowl
• Upper blepharoplasty
• Transconjunctival lower blepharoplasty
• Platysmaplasty, with potential deep neck lift correction
• Fat grafting (temples, upper cheek, tear trough, lateral brow, jawline, chin)

Incisions and scar locations

• Five small incisions within the hairline
• Upper eyelid crease incisions, concealed within the natural upper-lid crease
• Transconjunctival incisions inside the lower eyelid, with no external scar
• A small external incision at the root of the ear (superior helix), with the tragus and earlobe regions typically avoided
• A postauricular sulcus incision behind the ear, concealed in the natural crease where the ear meets the scalp
• A submental incision under the chin, concealed in the natural crease beneath the chin
• A small donor site incision for fat harvest

Areas of dissection

• Subperiosteal plane of the forehead and upper orbital rim
• Deep plane of the midface and jowl
• Upper and lower eyelid compartments
• Subcutaneous neck plane, platysma muscle, and subplatysmal fat
• Postauricular and limited pre-auricular skin (at the superior helix) for the deep plane and neck-component access

The endoscopic and eyelid components are performed as in Type 2. The small external incision at the root of the ear (superior helix) provides the access required for a formal deep plane lift in the midface and jowl, which the endoscopic approach alone cannot deliver. The submental and postauricular sulcus incisions allow platysmaplasty, subplatysmal fat contouring, and where indicated a deep neck lift correction. The tragus and earlobe regions, where pre-auricular scars are most visible, can typically be avoided.

Important consideration. Type 3 is mainly suited to patients with a strong objection to visible scars in the tragus and earlobe regions, who accept the trade-off of more hidden incisions for a more limited extent of correction. It is not recommended where there is significant excess SMAS laxity, particularly along the jawline, as the limited-incision approach does not allow sufficient skin redraping. In that situation, an open deep plane facelift provides direct access to the SMAS, retaining ligaments, and lower face, and is the appropriate choice. Dr Turner discusses these trade-offs in detail at consultation.

Who May Be Suitable for Endoscopic Facelift Surgery

Suitability is determined at consultation, not from photographs or general descriptions. That said, the pattern of anatomical change Dr Turner looks for when considering an endoscopic approach typically includes the following.

Upper-face-dominant descent, with the most prominent concerns being brow position and outer-eye hooding rather than lower-face jowling, may suit Type 1. Patients in this group are often in their late thirties through mid-fifties, though this is a general range rather than a rule.

Upper-face and midface concerns presenting together, with lower-lid changes but without significant jowling or neck laxity, may suit Type 2. This group is often in their forties through sixties.

Full-face concerns including jowling and neck laxity, where patient preference favours addressing the upper face through endoscopic access rather than extending an open facelift incision higher, may suit Type 3, though this is one of the cases where alternative open techniques are also reasonable options and will be discussed in detail at consultation.

Across all three tiers, candidacy also depends on being a non-smoker or being willing to cease smoking for a defined period before and after surgery, being in good general health, having realistic expectations about what surgery can and cannot achieve, and completing the Australian regulatory requirements for cosmetic surgery including a mandatory psychological evaluation.

Who May Not Be Suitable

Surgery is not the right answer for everyone who asks about it, and part of a responsible consultation is being clear about that.

If your primary concern is significant excess SMAS laxity, particularly along the jawline, with skin redraping requirements that exceed what limited-incision access can accommodate, an open deep plane facelift or a vertical facelift is typically more appropriate than any of the three endoscopic tiers, including Type 3.

If your concerns are very early and relatively mild, surgery may not yet be warranted, and non-surgical options may be worth exploring first. Dr Turner will say so if that is his assessment.

Active smokers, patients with uncontrolled medical conditions, patients taking certain medications that cannot be modified, patients with a history of keloid scarring at relevant sites, and patients whose expectations are not consistent with what surgery can realistically achieve may not be suitable for this procedure. These factors are assessed at consultation.

The Consultation Process

Australian regulations require a GP referral before your first consultation for cosmetic surgery, a minimum of two separate consultations before surgery, a mandatory psychological evaluation, and a cooling-off period between consultation and the date of your procedure.

At your first consultation, Dr Turner will take a detailed history, examine your facial anatomy in a structured way, review photographs taken at a standard set of angles and lighting conditions, and discuss the tiered options that may be appropriate for your presentation. Realistic outcomes, including the range of results that may typically be expected and the limitations of each approach, are discussed in detail. The factual risk profile is reviewed.

A consultation fee applies. You will receive an itemised written quote after consultation, once a surgical plan has been agreed.

Your second consultation allows time for reflection, further questions, and review of the plan before surgery is scheduled.

Surgical Planning and Preparation

Pre-operative planning typically includes blood tests where clinically indicated, review of current medications including any blood-thinning agents or supplements that may need to be paused, and a smoking cessation period for patients who smoke. Standardised photographs are taken for surgical planning and for your patient record. Informed consent is reviewed and signed ahead of surgery. Fasting instructions, medication adjustments, and specific pre-operative skincare or hygiene instructions are provided by the rooms closer to the date.

What the Procedure Involves

All three tiers are performed under general anaesthesia in accredited private hospital facilities. Dr Turner operates primarily at Bondi Junction Private Hospital, Delmar Private Hospital (Dee Why), and East Sydney Private Hospital.

Approximate operating times are as follows. Type 1: typically two to three hours, with day surgery or overnight observation. Type 2: typically four to five hours, with overnight hospital stay. Type 3: typically five to six hours, with overnight or two-night hospital stay. Actual operating times vary based on individual anatomy, the specific components included, and intraoperative findings. The times above are general guides, not commitments.

Recovery Expectations

Recovery varies significantly between the three tiers and between individuals within each tier. The descriptions below are general and should not be read as guarantees of timeline.

First week

Swelling and bruising around the brow, eyes, and midface are usual. For Type 2 and Type 3, swelling is typically more pronounced and lasts longer. Mild to moderate discomfort is usual and is managed with prescribed medication. Head elevation when sleeping is recommended. Light activity is permitted, but strenuous activity is not.

Weeks two to four

Much of the obvious swelling typically subsides across this window, though residual swelling can persist longer. Bruising fades. Many Type 1 patients resume non-strenuous work from around week two. Most Type 2 and Type 3 patients require three weeks or longer before returning to work, though this varies. Exercise is gradually reintroduced according to Dr Turner’s specific advice for your case.

Three months and beyond

Residual deep swelling continues to resolve across the first three to six months. Fat graft take stabilises across this period, with some degree of resorption occurring, which is accounted for in the initial grafting volume. Scar maturation continues over twelve months. Sun protection of incision sites is important during this period.

Individual recovery varies based on the surgical scope, individual healing characteristics, and adherence to post-operative instructions. Deep tissue settling continues over a longer timeline than surface appearance suggests.

Risks and Complications

Every surgical procedure carries risk. The factual risks associated with endoscopic facial surgery and its adjunctive components include the following.

Bleeding and haematoma. Small collections of blood beneath the tissues may occur and occasionally require drainage.

Infection. Uncommon but possible, and managed with antibiotics or, rarely, further intervention.

Facial nerve injury. Endoscopic brow work involves dissection near branches of the facial nerve supplying forehead movement. Temporary weakness can occur. Permanent nerve injury is uncommon but is a recognised risk of any facial surgery.

Scarring. Incisions within the hairline, inside the mouth, and inside the lower eyelid are concealed. Submental scarring from the neck component of Type 3 is usually well hidden under the chin. Hypertrophic or keloid scarring is uncommon but is a possibility in predisposed individuals.

Asymmetry. Some postoperative asymmetry is usual given that pre-existing facial asymmetry is normal, but significant postoperative asymmetry can occur and may require revision.

Fat grafting-related risks. Variable fat retention is usual, with some degree of resorption over the first six months. Contour irregularities, lumps, or oil cysts can occur. Fat embolism is rare but is a serious recognised complication of fat grafting to the face.

Hair loss around incisions. Temporary hair thinning at incision sites can occur. Permanent hair loss is uncommon but possible.

Blepharoplasty-specific risks. Upper blepharoplasty risks include lagophthalmos (incomplete eyelid closure), asymmetry between sides, and visible scarring within the upper-lid crease, particularly in patients prone to hypertrophic scarring. Lower blepharoplasty risks include dry eye, chemosis, and lower-lid malposition such as ectropion or retraction, particularly with more aggressive fat removal.

Unsatisfactory aesthetic outcome. Results may not match the initial expectation. Revision surgery may be considered, with its own risks and costs.

Anaesthetic risks. General anaesthesia carries its own risks, which are discussed with the anaesthetist before surgery.

Venous thromboembolism. Deep vein thrombosis or pulmonary embolism is rare but possible with any prolonged surgery, and prevention measures are used routinely.

A fuller discussion of facelift-related risks is available on the main facelift procedure page.

Why Specialist Training Matters

Endoscopic facial surgery requires specific training in subperiosteal dissection, camera-guided technique, and the anatomy of the deep planes being worked in. The margin for error around the facial nerve, the supraorbital nerve, and the infraorbital structures is narrow.

Dr Scott J Turner is a Fellow of the Royal Australasian College of Surgeons (FRACS) in Plastic and Reconstructive Surgery. His training pathway included a Bachelor of Science, an MBBS with Honours, and a Master of Surgery from the University of Sydney, completion of the RACS Plastic and Reconstructive Surgery program, and additional fellowship training in facial aesthetic surgery. He is registered with the Australian Health Practitioner Regulation Agency (AHPRA MED0001654827) and holds active membership with RACS, the Australian Society of Plastic Surgeons (ASPS), the Australian Society of Aesthetic Plastic Surgeons (ASAPS), the Aesthetic Society, and the International Society of Aesthetic Plastic Surgery (ISAPS). He operates exclusively in accredited private hospital facilities.

How Endoscopic Facelift Fits Alongside Dr Turner’s Other Facelift Techniques

Technique selection should follow the anatomy, not the other way around. Several approaches are available, each suited to a different pattern of facial change.

Deep plane facelift involves releasing the retaining ligaments of the face and repositioning the SMAS and overlying soft tissue as a single unit. It suits comprehensive midface and lower-face descent.

Vertical facelift incorporates deep plane techniques within a vertically-oriented repositioning vector, and addresses the upper face, midface, jawline, neck, and lips in a single coordinated procedure.

SMAS facelift tightens the SMAS through plication or excision without working beneath it. It suits mild to moderate lower-face descent.

Mini facelift uses shorter incisions and addresses early lower-face changes with limited scope.

Ponytail facelift uses short incisions and a predominantly upward repositioning vector, suited to earlier-presenting patients with midface-dominant change.

Endoscopic facelift sits alongside these as the preferred approach when upper-face and midface concerns are the dominant presentation, or when the upper-face component of a larger procedure is best approached through the hairline rather than by extending an open facelift incision higher. Dr Turner’s assessment at consultation determines which of these approaches is the best fit for your anatomy.

Australian Regulatory Requirements

Cosmetic surgery in Australia is regulated by AHPRA. The following requirements apply to all patients considering cosmetic surgery: a GP referral is required before your first consultation; a minimum of two separate consultations is required before surgery can be scheduled; a mandatory psychological evaluation is required to support informed consent; and a cooling-off period applies between consultation and surgery. These requirements are in place to support informed decision-making. Dr Turner’s practice complies fully with current AHPRA cosmetic surgery guidelines.

About Dr Scott J Turner

Dr Scott J Turner is a Specialist Plastic Surgeon (FRACS) with a Sydney practice focused on facial surgery, rhinoplasty, and breast and body surgery. He is a Fellow of the Royal Australasian College of Surgeons in Plastic and Reconstructive Surgery (2013), holds a Master of Surgery (2008), an MBBS with Honours (2005), and a Bachelor of Science from the University of Sydney, and completed additional fellowship training in facial aesthetic surgery. He is registered with AHPRA (MED0001654827) and maintains active membership with RACS, ASPS, ASAPS, the Aesthetic Society, ISAPS, and the AMA.

Learn more about Dr Scott J Turner.

Consult with Dr Scott J Turner

Dr Turner consults for endoscopic facelift surgery in Sydney at Bondi Junction and Manly. He also sees patients in Brisbane and Canberra. Surgery is performed in Sydney at Bondi Junction Private Hospital and Delmar Private Hospital, Dee Why.

Contact the practice to arrange a consultation, or read more about Dr Turner’s background and training.