What are the most effective treatments to eliminate lower eyelid festoons?

Treatment of Lower Eyelid Festoons

For mild to moderate festoons, radiofrequency microneedling (RFM) is the preferred first-line treatment as a safe, non-invasive option with demonstrated efficacy; for severe or recalcitrant festoons, direct infraorbital excision with lower eyelid tightening and septal preservation is the most effective surgical approach.

Non-Surgical Treatment: First-Line for Mild-Moderate Cases

Radiofrequency microneedling represents the strongest non-invasive evidence for festoon treatment. In the largest study to date with 43 patients, RFM showed statistically significant improvement in festoon grades, with surgeons noting improvement in 41% of cases and laypeople in 60% of cases 1. This modality also improved undereye skin quality and lower lid steatoblepharon. RFM should be your initial approach for patients with mild to moderate festoons who want to avoid surgery.

An alternative non-surgical adjunct involves intralesional 2% tetracycline injections. In a series of 12 patients, injections averaging 0.43 mL per festoon showed safety and efficacy as preparation for subsequent surgical intervention, with no injection site complications 2. However, this requires multiple sessions at 3-month intervals and serves primarily as a bridge to surgery rather than definitive treatment.

Surgical Treatment: Definitive Management for Severe Cases

Direct Infraorbital Excision (Preferred Surgical Technique)

The most effective surgical approach for severe festoons is direct infraorbital excision with concomitant lower eyelid tightening while preserving the orbital septum. This technique demonstrated:

• 3.7% recurrence rate at 11-month follow-up
• High patient and physician satisfaction
• Safe excision of >10 mm of skin without causing lower eyelid retraction
• No cases of lagophthalmos, corneal staining, or eyelid retraction in 27 patients (54 eyes) 3

The surgical algorithm involves:

1. Lower eyelid tightening (canthopexy/canthoplasty)
2. Infraorbital curvilinear incision along the base of the lowest festoon
3. Subcutaneous dissection with skin redraping
4. Critical: Keep orbital septum intact with no orbital fat manipulation
5. Closure with running 7-0 Prolene suture

This approach can safely excise an average of 15 mm of vertical skin 3.

Special Circumstances

For festoons combined with significant orbital fat herniation: A transmalar lower eyelid blepharoplasty with simultaneous festoon excision provides direct access to inferior orbital fat pads while addressing the festoon. This novel approach showed resolution of both pathologies with minimal scarring and high satisfaction in consecutive cases 4.

For high-grade deformities (Fratila grades 9-10) with tear trough deformities or suborbicularis oculi fat: Direct transcutaneous blepharoplasty via infraorbital incision under local anesthesia is effective. In 21 patients followed for 12 months, all reported satisfaction with good scar quality 5.

Critical Pitfalls to Avoid

• Never manipulate orbital fat or violate the orbital septum when performing direct festoon excision—this increases complication rates without improving outcomes 3
• Always perform lower eyelid tightening (canthopexy/canthoplasty) concurrently to prevent postoperative ectropion
• Avoid transconjunctival or subciliary approaches for severe festoons with massive skin laxity—these have higher complication rates for this specific pathology 5
• Do not confuse festoons with simple lower lid steatoblepharon—festoons are redundant, edematous skin folds with minimal orbital fat prolapse, requiring different surgical planning 3

Treatment Algorithm

1. Mild-moderate festoons: Start with RFM (multiple sessions may be needed)
2. Severe festoons without fat herniation: Direct infraorbital excision + lower lid tightening + septal preservation
3. Severe festoons with orbital fat herniation: Combined transmalar blepharoplasty with festoon excision
4. Adjunctive consideration: Intralesional tetracycline injections before surgery for volume reduction

The evidence strongly supports moving away from traditional transconjunctival or subciliary approaches for festoons specifically, as these were designed for fat herniation rather than the skin redundancy and edema that characterize festoons 3, 5.