Endoscopic Forehead Lift with Bioabsorbable Tine Fixation

Every year, hundreds of thousands of patients worldwide undergo forehead lifting surgery to address descended brows, deep horizontal creases, and the persistent furrowed look that settles on the upper face with age. The endoscopic forehead lift — first described by Nicanor Isse in 1994 — has become the dominant approach, accounting for more than half of all brow rejuvenation procedures performed today according to StatPearls. And within the endoscopic technique, the way the surgeon holds the elevated tissue in position has become a central technical discussion.

At Abmedi, we use bioabsorbable tine fixation devices as our preferred method for endoscopic forehead fixation — a category pioneered by the original bioabsorbable forehead device and now broadly available in various forms. The case for this approach is well-supported by multiple peer-reviewed clinical studies in PubMed, comparative data from the Archives of Facial Plastic Surgery, and long-term follow-up data demonstrating stable brow elevation for up to 55 months post-operatively. This guide explains the anatomy, the device itself, the procedure in detail, the clinical evidence, and what patients should realistically expect.

 

What Is an Endoscopic Forehead Lift with Tine Fixation?

An endoscopic forehead lift — also called an endoscopic brow lift or endoscopic browplasty — is a minimally invasive surgical procedure that elevates descended brows and smooths forehead wrinkles through 3–5 small incisions hidden within the hairline. Rather than a long ear-to-ear incision used in the traditional coronal lift, the endoscopic technique uses a thin camera (endoscope) inserted under the skin to allow the surgeon to see and work across the entire forehead through these tiny openings.

The critical technical challenge of endoscopic brow lifting is fixation: once the forehead tissue has been elevated off the bone and the brows have been repositioned upward, how do you hold them in their new position while the periosteum re-adheres to the skull — a process that research shows takes 6–12 weeks? The answer to this question is where bioabsorbable tine fixation devices enter the picture.

The Biology of Why Fixation Matters When the forehead periosteum is elevated off the skull during endoscopic brow lift, it is completely detached from its bony base. Permanent brow elevation requires the periosteum to re-adhere to the skull at its new, higher position. Research by Romo and Sclafani (Archives of Facial Plastic Surgery) documents this re-adherence taking 6–12 weeks. During this window, something must hold the elevated tissue at the correct height — or it will descend as the elastic soft tissue recoils. The fixation device is essentially a temporary scaffold, holding position precisely long enough for biology to make the correction permanent.

 

What Is a Bioabsorbable Tine Fixation Device?

A bioabsorbable tine fixation device — originally developed as the Endotine Forehead system and now produced in various iterations — is a small implantable device manufactured from polylactic acid (PLA) and polyglycolic acid (PGA), the same materials used in absorbable sutures. It features a flat base that anchors into a small hole drilled in the outer cortex of the frontal skull, and multiple upward-projecting tines (small prongs) that grip the elevated periosteal-bearing forehead flap.

The device accomplishes three clinical objectives simultaneously:

• Multi-point fixation: the tines grip the tissue at 5 or more contact points rather than a single suture knot. This distributes the holding force evenly across a broader tissue area — the same principle as a snow shoe versus a stiletto heel on soft ground. Each tine carries only a fraction of the total load
• Load capacity: validated testing against United States Pharmacopeial (USP) standards demonstrates that the standard tine device provides approximately 6 times the load capacity of a 3-0 PDS absorbable suture — the conventional alternative
• Intraoperative adjustability: unlike sutures, which must be re-tied if repositioning is needed, tine devices allow the surgeon to assess brow height and arch with the tissue draped over the device before final seating, then make fine adjustments before committing

Once inserted, the device holds position for the 6–12 weeks needed for periosteal re-adherence, then gradually degrades through normal hydrolysis. Complete resorption typically occurs within 6–12 months. After resorption, the brow’s position is maintained entirely by the biological re-adherence of the periosteum to the skull at the new elevation.

Device Variants: Standard, Mini, and Ribbon The bioabsorbable tine fixation category includes several variants designed for different anatomical needs. The standard full-size device addresses central brow and forehead elevation through the paramedian incisions. The mini device is used where smaller incisions or less tissue bulk requires a lower-profile implant. The Ribbon variant — described in the Plastic and Reconstructive Surgery literature — is designed specifically for lateral brow elevation and temporal laxity correction, where the standard device’s lack of lateral pull can be a limitation. At Abmedi, we select the appropriate variant based on the individual patient’s brow morphology and the specific areas of descent requiring correction.

 

Bioabsorbable Tine Fixation vs. Suture vs. Open Lift: A Direct Comparison

The choice of fixation method is one of the most clinically significant decisions in endoscopic brow lift planning. The comparison below incorporates data from multiple peer-reviewed publications including the comparative study of 47 patients in Aesthetic Plastic Surgery and the PubMed retrospective series of 31 patients.

 

	Bioabsorbable Tine Device (Endotine-type)	Suture Fixation	Open Coronal / Pretrichial Lift
Fixation points	Multiple tines (5-point contact) — broad distribution of force	Single-point contact — all tension at one location	Large incision provides direct tissue access; no device needed
Holding strength	~6× stronger than 3-0 PDS suture (validated by USP load testing)	Limited by single suture tensile strength; prone to cheese-wiring	Tissue resection provides inherently stable correction
Tissue trauma	Minimal — distributed load reduces risk of necrosis and cheese-wire	Concentrated load risk; suture can cut through soft tissue over time	More significant — longer incision, greater scalp dissection
Incision size	3–5 small hairline cuts (< 1″each)	3–5 small hairline cuts (same access)	Ear-to-ear or pretrichial continuous incision
Adjustment	Repositionable intraoperatively before final seating	Limited — suture must be re-tied	Full direct access allows intraoperative adjustment
Absorption	Fully absorbed in 6–12 months (polylactic acid + polyglycolic acid)	Absorbable (PDS) or permanent — surgeon choice	N/A — no device placed
Palpability	Palpable under skin 5–15 months; usually not visible	Typically not palpable	No device — no palpability concern
Hairline effect	Hairline may rise slightly; preserved with standard technique	Same as Endotine approach	Coronal: raises hairline; pretrichial: stabilizes or lowers
Published brow lift	Mean 2.8 mm (SD 0.2–7.1 mm); stable to 55 months (PubMed data)	Similar initial lift; higher re-descent rate in comparative studies	Generally greater lift magnitude; durable
Best for	Most endoscopic brow lifts; patients preferring no permanent hardware	Minor adjustments; surgeons preferring simpler fixation	Severe brow ptosis; high hairline cases; combined open procedures

 

The published comparative study (Aesthetic Plastic Surgery, 47 patients) provides the clearest direct evidence: the medial third of the eyebrow remained 1.5 mm higher in the tine fixation group compared to the suture loop group at 12 months — a meaningful clinical difference for a structure where millimeters determine the cosmetic outcome. The study concluded that multi-point tine fixation enhances soft tissue suspension by distributing tension over multiple contact points and thereby supports re-adherence of the transposed forehead flap to the frontal bone.

 

The Clinical Evidence: What Does the Published Literature Actually Show?

I want to address the evidence base directly — because patients who are researching forehead lift options deserve to know what the published data actually says, not just a surgeon’s preference.

Effectiveness

A retrospective case series of 31 patients (Chowdhury et al., Ophthalmic Plastic and Reconstructive Surgery, 2007) reported a mean brow elevation of 2.8 mm (range 0.2–7.1 mm) with zero recurrence cases during a follow-up period of 4–22 months. Patient satisfaction was 95.3% — with patients reporting they were either happy or very happy with their results. 81% stated they would recommend the tine fixation approach to others as a fixation method.

Long-Term Stability

The most rigorous long-term study (Journal of Otolaryngology-Head and Neck Surgery, 35 patients) specifically examined whether tine fixation-assisted endoscopic brow lift with concurrent upper blepharoplasty provides durable long-term elevation. Using Emotrics automated software for brow height measurements, the study demonstrated modest but stable brow elevation maintained for up to 55 months post-operatively. This is the strongest long-term evidence currently available for any endoscopic brow fixation method.

Surgeon Experience and Limitations

Surgeon survey data from the same cohort revealed nuanced findings. Two of three participating surgeons continued using tine fixation as their preferred method — while the third cited cost and the perception of insufficient lateral brow elevation as reasons for preferring other methods. The limitation around lateral brow elevation is well-documented: the standard tine device positioned at the paramedian incision provides reliable central and medial brow elevation but has limited pull on the lateral brow tail. This is why at Abmedi we address lateral fixation separately — using suture fixation of the temporoparietal to deep temporal fascia along the ala-to-lateral-canthus vector as described in the StatPearls endoscopic brow lift protocol.

The Periosteal Re-Adherence Mechanism

An endoscopic forehead study published in the Archives of Facial Plastic Surgery used histological analysis to demonstrate that periosteal re-adherence to the skull at the new elevated position begins within 2 weeks of surgery and is essentially complete by 6–12 weeks. This is the biological event that makes the tine fixation approach reliable: the device only needs to maintain position for this critical window. After 6–12 weeks, the periosteum has reattached at the new height, and the device’s primary job is complete.

 

Who Is a Candidate for Endoscopic Forehead Lift with Tine Fixation?

The ideal candidate profile for endoscopic brow lift with tine fixation is well-established in the published literature (StatPearls, Holzapfel et al. Archives of Facial Plastic Surgery):

• Brow ptosis: descent of the brow below the orbital rim in women, or toward the rim in men, creating a heavy, hooded, tired, or frowning resting expression
• Horizontal forehead creases: deep lines from decades of frontalis muscle recruitment to compensate for descended brows
• Glabellar frown lines: deep vertical lines between the brows from corrugator supercilii muscle contraction
• Visible lateral hooding: excess skin fold over the outer upper eyelid driven by descended lateral brow, not by true skin excess (pseudo-dermatochalasis)
• Adequate skin elasticity: tine fixation relies on the forehead soft tissue having enough elastic compliance to accommodate elevation without tenting or distortion at fixation points
• Normal or moderately sized forehead: the endoscopic technique requires instruments to pass under the scalp to the orbital rim; very convex frontal bone or pronounced bossing can impede endoscope passage

When Endoscopic Is Preferred Over Open

Endoscopic tine fixation is particularly well-suited for patients who have a normal hairline height, who want minimal scarring, and who have mild to moderate brow descent. It is also the preferred approach for patients who have already had upper blepharoplasty and may need brow elevation to complement the eyelid result — the long-term stability data (55 months) specifically comes from a combined brow lift + blepharoplasty population.

When Open Approaches Are Better

The endoscopic approach — with any fixation method — has limitations when the brow descent is severe, when the forehead skin has significant elasticity loss (requiring actual tissue excision rather than just elevation), or when the patient has a very high hairline that would be further raised by an endoscopic approach. For these patients, a hairline (pretrichial) or coronal open lift with direct tissue excision provides greater and more reliable correction. At Abmedi, we discuss these nuances openly at consultation and never recommend the endoscopic approach when the anatomy calls for an open technique.

Contraindications to the Endoscopic Approach Contraindications to the endoscopic brow lift specifically include: excessively convex frontal bossing (prevents safe instrument passage to the orbital rim), previous scalp surgery creating adhesions that prevent safe sub-periosteal dissection, severe forehead skin laxity requiring direct excision, and coagulation disorders that cannot be safely managed. These patients require open forehead lifting techniques.

 

Pre-Operative Assessment at Abmedi

The pre-operative consultation for endoscopic forehead lift goes beyond measuring how far the brow has descended. The forehead region interacts with the upper eyelids, the midface, and the entire upper facial expression — and the surgical plan must account for all of these relationships.

The Abmedi assessment includes:

• Standardized photography: frontal, lateral (both sides), oblique, and forehead-specific views in consistent lighting and head position; serial photographs guide surgical planning and document outcomes
• Brow position measurement: female ideal brow sits 1–2 cm above the orbital rim with the arch peak above the lateral limbus; male ideal at or just above the rim; any significant deviation documented
• Brow asymmetry: pre-existing asymmetry must be identified, because symmetric correction of an asymmetric brow can produce the wrong result — asymmetric planning may be deliberately appropriate
• Forehead shape: degree of frontal bossing; scalp mobility; endoscope passage assessment
• Upper eyelid-brow relationship: distinguishing between pseudo-dermatochalasis (skin fold caused by brow descent) and true dermatochalasis (skin excess from the eyelid itself). This distinction determines whether brow lift alone, blepharoplasty alone, or both are needed
• Forehead skin quality and elasticity: critical for tine fixation planning — skin with very poor elasticity may not distribute tine forces smoothly
• Glabellar muscle assessment: depth of frown lines; whether Botox or surgical muscle weakening is appropriate
• Hairline height: patients with already-high hairlines should not undergo standard coronal or fully endoscopic techniques without specific planning to avoid further hairline elevation
• Goals discussion with digital imaging: computer morphing to ensure the planned direction aligns with what the patient genuinely wants, with honest conversation about what can and cannot be achieved

 

Pre-Operative Preparation

• Stop smoking at least six weeks before surgery — nicotine restricts the blood supply to scalp tissue, increasing the risk of wound breakdown and alopecia at incision sites
• Discontinue blood thinning medications and supplements 10–14 days before surgery: aspirin, ibuprofen, fish oil, vitamin E, ginkgo biloba, garlic, St. John’s Wort
• Warfarin, clopidogrel, or novel anticoagulants: pause only in coordination with the prescribing physician — never independently
• Hair preparation: shampoo with antiseptic shampoo the night before and morning of surgery; hair does not need to be cut or shaved — incisions are made through the hair with a blade parallel to hair follicles to minimize follicle damage
• Avoid alcohol for 72 hours before surgery
• No makeup, skincare products, or hairspray on the day of surgery
• Arrange a responsible adult driver and companion for the first 24–48 hours after surgery
• Prepare recovery supplies: head-elevated sleeping arrangement (three firm pillows), cold gel packs, prescribed medications ready at home

 

The Procedure: Step by Step

Endoscopic brow lift with bioabsorbable tine fixation at Abmedi is performed as a day surgery procedure — patients go home the same day. Total operating time is typically 1.5 to 2.5 hours for isolated endoscopic brow lift; longer when combined with upper blepharoplasty, ptosis repair, or other facial procedures. Anesthesia is intravenous sedation with local anesthetic infiltration, or general anesthesia when combined procedures require it.

 

#	Step	Detail
1	Marking	Brow target position marked with patient upright; incision sites marked within hairline — paramedian (2) + temporal (1 each side) = 3–5 total cuts
2	Anesthesia	Local infiltration (lidocaine + epinephrine) along incision sites and tumescent solution along dissection planes; IV sedation or general anesthesia for patient comfort
3	Incisions	3–5 small (< 1″) incisions within hairline; no external scars; scalp staples or sutures later close these openings
4	Endoscopic access	5 mm rigid 30-degree endoscope inserted through paramedian incision; video image guides dissection under skin; all remaining steps performed under direct endoscopic visualization
5	Dissection	Sub-periosteal plane elevated from incisions toward orbital rim; arcus marginalis and all ligamentous attachments fully released to allow free brow elevation
6	Muscle weakening	Corrugator supercilii and procerus muscles identified and weakened using radiofrequency cautery or direct excision through medial incision — reduces glabellar frown line recurrence
7	Lateral fixation	Brow is fixed laterally first — suture anchors temporoparietal fascia to deep temporal fascia along ala-to-lateral canthus vector; sets lateral arch height
8	Tine device insertion	Small bone hole drilled at paramedian incision site; bioabsorbable tine fixation device inserted; scalp flap elevated and placed over tines — multiple tine points grip the periosteum-bearing flap evenly; height and arch assessed and adjusted before final seating
9	Height assessment	Brow height checked with skin draped over framework; any asymmetry corrected before device fully seated; ability to reposition is the clinical advantage of tine fixation
10	Incision closure	Scalp incisions closed with staples or interrupted sutures; head wrap dressing applied; removed at 24 hours

 

Why We Fix Laterally Before Placing the Tine Device The sequence of lateral fixation first, then tine device placement at the paramedian incisions, follows the anatomical reality that the lateral brow is the most clinically significant area for the patient’s facial expression — and the area least reliably corrected by the central tine device alone. By securing the lateral brow tail to the temporal fascia first, we establish the outer arch before locking in the central and medial brow position. This sequencing produces the most balanced brow shape and reduces the risk of a corrected medial brow with a residual heavy lateral tail — one of the characteristic signs of inadequately planned brow surgery.

 

Recovery After Endoscopic Forehead Lift

Day 1: Head Wrap Removal and Initial Assessment

The head compression dressing applied at the end of surgery is removed on the morning after the procedure — the first day post-operatively. Showering is permitted at this point. Swelling is expected around the forehead, brow area, and in many cases into the upper eyelids and cheeks (the swelling travels downward with gravity). The incision sites under the hairline are small and will have scalp staples or sutures. Cold compresses to the forehead and cheeks reduce swelling and are used for the first 48–72 hours.

Days 5–10: Suture/Staple Removal

Scalp staples or sutures are removed at the 7–10 day mark. Most patients can return to desk work and light daily activities within 7–10 days. Bruising is resolving and swelling is diminishing. Hair can be gently washed and styled. Hair coloring is safe to resume at one month post-operatively. As noted in the StatPearls protocol, a low-dose corticosteroid taper in the first week post-operatively helps reduce swelling. Vigorous activity should be avoided for two weeks.

Weeks 2–6: Tine Palpability Phase and Settling

This is the phase that requires the most patient education and reassurance. The bioabsorbable tine device is palpable — and sometimes subtly visible through the skin — during the period before resorption. As documented in the published case series, palpability is reported by the majority of patients for 5–15 months, and in most cases it is not troublesome. The sensation is of a firm, slightly tender bump beneath the scalp at the fixation point. Tenderness typically resolves within a few months; palpability persists until the device degrades. Most patients adapt to this quickly once they understand what they are feeling and why.

During this phase, the forehead settles into its new position. Mild upward lifting of the brow immediately post-operatively is intentional — surgeons plan for approximately 5 mm of vertical relapse as swelling resolves and the tissue redistributes over the new brow height. The settling continues over months as the periosteum fully re-adheres.

Months 2–12: Device Resorption and Final Result

As the bioabsorbable tine device undergoes hydrolysis, palpability and any residual tenderness resolve. The device is completely degraded and resorbed within 6–12 months in most patients. Once resorption is complete, the corrected brow position is maintained entirely by the biological periosteal re-adherence that occurred during the fixation window. The long-term stable result at 55 months documented in the published PubMed study reflects the permanence of this biological mechanism — not the ongoing presence of the device.

At Abmedi, formal photographic outcome assessment is conducted at 3 months and 12 months to document brow height, arch shape, and patient satisfaction.

 

Risks and Complications

Endoscopic brow lift with tine fixation has a well-established safety profile in the peer-reviewed literature. Serious complications are uncommon. The specific risks associated with the tine device approach include general endoscopic brow lift risks as well as device-specific considerations:

Device-Specific Risks

• Palpability and tenderness: the most common reported problem. Documented in the majority of patients; typically resolves within a few months. Rarely requires device removal
• Prolonged palpability: in some patients, the device remains palpable beyond 15 months. The published surgeon experience series cites this as the most frequently mentioned concern by surgeons. Usually not troublesome to the patient but occasionally warrants intervention
• Device mobility: rare — the device can shift slightly from its original insertion point during the early post-operative period, potentially affecting brow symmetry. Prevented by firm bone anchor technique
• Device extrusion or removal: extremely rare — the published literature documents rare cases where patient discomfort or skin reaction required device removal. Removal is a straightforward outpatient procedure

General Endoscopic Brow Lift Risks

• Scalp numbness: temporary reduction in scalp sensation behind the incision lines is common and typically resolves over months. Less prevalent than with the open coronal technique due to smaller incisions
• Alopecia at incision sites: hair loss along incision lines occasionally occurs, usually temporary. Using a blade parallel to hair follicles during incision minimizes this risk
• Asymmetry: minor differences in brow height between the two sides. Some pre-operative asymmetry is always present; symmetric placement of fixation devices may be intentionally adjusted
• Hairline elevation: the endoscopic technique with standard technique raises the hairline slightly by elevating all tissue above the brow. In patients who already have a high hairline, this must be planned carefully
• Frontal nerve injury: injury to the temporal branch of the facial nerve — which controls forehead movement — is a rare but significant risk. Most cases involve temporary paresis that resolves within months; permanent weakness is exceedingly rare in experienced hands
• Infection: rare; managed with prophylactic antibiotics and standard wound care
• Under-correction or re-descent: the most common functional disappointment. Prevented by adequate sub-periosteal release, appropriate over-correction at time of surgery, and proper fixation

Bone Fixation Specific Risks Because the bioabsorbable device anchors to the outer cortex of the frontal skull via a small drilled hole, there are bone-specific risks that must be disclosed — though they are rare. Bone infections at the drilling site are extremely uncommon with proper surgical antisepsis. Theoretical risk of complications from the bone drilling itself exists but is documented as ‘extremely rare’ in the manufacturer’s literature and in the clinical literature. Patients with any prior skull surgery or known bone abnormality in the frontal area should disclose this at consultation.

 

Combining Endoscopic Brow Lift with Other Procedures

Endoscopic forehead lifting with tine fixation produces its most balanced and comprehensive results when it is planned in coordination with related periorbital procedures. The upper face ages as a unit, and isolated brow elevation — without addressing the eyelids, glabellar lines, or midface — can sometimes produce a result that looks incomplete or disproportionate.

At Abmedi, the most common and highly effective combinations include:

• Upper blepharoplasty + endoscopic brow lift: the most clinically important combination, and the one with the strongest published evidence base (the 55-month long-term study specifically studied this pairing). Many patients present with both true upper eyelid skin excess (requiring blepharoplasty) and brow ptosis contributing to apparent eyelid heaviness. Addressing both in the same session avoids the sequencing problem — performing blepharoplasty first and then a brow lift raises tissue tension on the upper eyelid closure. Concurrent correction avoids this and produces a more balanced, proportionate result
• Botox injection + endoscopic brow lift: intraoperative Botox injection to the weakened corrugators and procerus after muscle division enhances and prolongs the glabellar line reduction. Post-operative Botox maintenance 3–4 months after surgery helps preserve the brow position by limiting the muscle-driven descent that contributed to the original ptosis
• Lower blepharoplasty / facelift + endoscopic brow lift: for patients with aging across the full face, combining brow lift with lower facial rejuvenation in one session produces a complete transformation within a single recovery period
• Ptosis repair + endoscopic brow lift: when levator muscle weakness co-exists with brow descent, addressing both simultaneously provides the most complete periorbital functional and aesthetic result

 

How Long Do Results Last?

The question of longevity is central to any forehead lift discussion — and the evidence for tine fixation is reassuring. The most direct published answer comes from the 55-month follow-up study, which used automated brow height measurement software to objectively document that tine-fixation assisted endoscopic brow elevation — achieved as a combined procedure with upper blepharoplasty — remained stable across the entire observation period.

The mechanism explains the durability: once the periosteum re-adheres to the frontal skull at the new elevated position (which histological studies confirm occurs within 6–12 weeks), this re-attachment becomes a permanent structural change. The tine device is not holding the brow up in the long term — the periosteum is. The device’s role is complete before it begins to degrade.

Several factors influence individual longevity:

• Degree of initial correction: conservative elevation planned with adequate over-correction at surgery maintains its position better than a minimal correction that may regress entirely with normal tissue recoil
• Skin quality and age-related changes: natural aging continues after surgery. New forehead laxity may develop over years; Botox maintenance helps slow this process
• Lateral brow: the lateral brow tail tends to descend more readily than the medial brow. Ensuring adequate lateral fixation at the time of surgery — using the temporal fascia suture technique in addition to the central tine device — is essential for lateral brow durability
• Muscle activity: patients who heavily recruit the frontalis muscle, or who have high corrugator activity pulling the brows down, benefit from concurrent Botox use to reduce the downward force on the corrected position

 

Cost and Insurance Considerations

Endoscopic forehead lift with tine fixation at Abmedi is priced based on the extent of the procedure, whether concurrent surgeries are performed, the type of anesthesia, and facility costs. As a general United States market reference, endoscopic brow lift typically ranges from $3,500 to $8,000 for a standalone procedure, with combined procedures affecting the overall cost.

Forehead lifting is generally considered elective cosmetic surgery and is not covered by health insurance. However, when significant brow ptosis can be documented to impair the superior visual field — demonstrated on standardized visual field testing — a functional component may qualify for partial insurance coverage. The documentation requirements are similar to those for functional upper blepharoplasty: visual field testing, photographs, and physician documentation of functional symptoms.

It is worth noting that the bioabsorbable tine fixation device itself adds a modest additional cost compared to suture-only fixation — a consideration some surgeons cite in the published surgeon experience surveys. At Abmedi, we believe the published evidence supporting superior long-term brow stability with multi-point fixation justifies this cost for most patients, and we discuss it transparently during the consultation.

 

Frequently Asked Questions

Can I feel the tine fixation device under my skin after surgery?

Yes — palpability of the device is expected and documented in the published patient experience series. Most patients can feel a firm area under the scalp at the device location, particularly when pressing on the skin in that area. It is typically tender for the first few weeks and then progressively less so. In the majority of cases, it is not noticeable during normal daily activities and becomes less prominent as the surrounding tissue softens and the device begins to degrade. By 12 months, most patients cannot feel anything. If palpability persists and is genuinely bothersome, the device can be removed as an outpatient procedure.

Does the endoscopic brow lift raise my hairline?

Standard endoscopic brow lift elevates all tissue above the brow — including the scalp — which results in a slight hairline rise. This is typically 1–2 cm or less. For patients who already have a high or receding hairline, this is an important consideration and we discuss it specifically during consultation. For these patients, a hairline (pretrichial) incision technique or a hybrid approach may be more appropriate — preserving or even lowering the hairline while achieving the desired brow elevation.

What happens when the device dissolves? Does the brow fall back down?

This is the question I am most frequently asked by patients researching this procedure, and it is a well-founded concern that deserves a clear answer. The device does not hold the brow in position after it dissolves — the periosteum does. During the 6–12 weeks that the device maintains position, the elevated periosteum undergoes full biological re-adherence to the frontal skull at the new elevated height. After this re-adherence, the brow’s position is mechanically maintained by this tissue attachment, not by the device. The published 55-month follow-up data confirms this: brow elevation remains stable long after device resorption is complete.

How is the endoscopic brow lift with tine fixation different from a regular brow lift?

The main difference is the incision pattern and the mechanism of tissue holding. A traditional coronal brow lift uses a long ear-to-ear incision and directly excises excess skin. The endoscopic approach uses 3–5 tiny hairline incisions and lifts without removing skin — relying instead on fixation to hold the elevated position while biology takes over. The tine fixation device, specifically, differs from suture-based endoscopic fixation by providing multiple contact points that distribute holding force and resist tissue cheese-wiring. The published comparative data shows the tine approach produces better medial brow stability at 12 months compared to suture loop fixation.

Is the forehead lift with tine fixation right for me if I also need eyelid surgery?

Combining brow lift with upper blepharoplasty is not only safe — it is often clinically preferable to performing them separately. The long-term stability data (55-month follow-up) specifically comes from patients who had the combination. More practically, performing both in the same session ensures that the brow position and eyelid skin removal are planned in coordination: a brow lift after a standalone blepharoplasty creates risk of over-tightening the upper eyelid closure. Concurrent planning avoids this problem entirely and produces a more harmonious periorbital result. At Abmedi, combined brow lift and upper blepharoplasty is one of our most commonly planned procedures.

 

 

The endoscopic forehead lift with bioabsorbable tine fixation represents a convergence of surgical minimalism and biological intelligence — a small, precisely placed device that holds elevated tissue in position long enough for the body’s own repair mechanisms to make the correction permanent. The published evidence is consistent and reassuring: meaningful brow elevation, high patient satisfaction, and stable results documented to 55 months. For patients with brow ptosis, forehead creases, and the persistent tired or furrowed expression that so often misrepresents how they actually feel, this procedure offers a proportionate, natural, and lasting solution. If you are considering it, the conversation starts with a consultation — one where your anatomy is assessed carefully and your goals are taken seriously.

— Abmedi Facial Plastic Surgery Team

This article is for educational purposes only and does not replace an in-person consultation with a qualified facial plastic surgeon.