How to Place an Ear Wick for Otitis Externa

An ear wick is a small, compressed sponge or strip of material inserted into a swollen ear canal to hold it open and deliver medication directly to infected tissue. When otitis externa (swimmer’s ear) causes so much swelling that drops cannot reach the affected skin, clinical practice guidelines recommend placing a wick to restore drug delivery and speed recovery.¹ The procedure itself is straightforward but uncomfortable for the patient, and doing it correctly makes the difference between a wick that works and one that falls out or gets stuck.

Why an Ear Wick Is Necessary

Otitis externa inflames the skin lining the ear canal. In mild cases, antibiotic or antibiotic-steroid drops slide right down to the infected area. But moderate to severe infections cause the canal walls to swell so much that they nearly or completely touch, leaving no room for liquid to pass. At that point, simply pouring drops into the ear is like trying to water a plant through a sealed pot. The drops pool at the entrance, never reaching the infection, and the patient gets worse instead of better.

A wick solves this by physically holding the canal open and acting as a delivery vehicle. It absorbs the medicated drops and keeps them in prolonged contact with the swollen tissue, which is far more effective than a brief splash of liquid that drains back out. One study comparing topical cream applied via aural wick to standard ear drops found that the wick group had a complete response rate while only about six in ten of the drops-only group responded immediately.² The guideline from the American Academy of Otolaryngology specifically calls for wick placement or aural toilet (cleaning out debris) when the canal is obstructed.¹

Gathering Supplies Before You Start

Ear wick insertion is typically performed by a physician, nurse practitioner, or trained nurse in a clinic or emergency department. Having everything within arm’s reach makes the procedure smoother and shorter, which matters because the patient is already in pain. You will need:

Ear wick: Commercial compressed-sponge wicks (such as Pope Oto-Wick or Merocel) are the most common. They come in different lengths, usually around 1 to 2 centimeters. Choose a size appropriate for the patient’s canal diameter.
Otoscope or headlamp: Adequate visualization of the canal is essential. A wall-mounted or handheld otoscope works, but a headlamp with a speculum gives you both hands free.
Alligator or crocodile forceps: These are the standard instrument for gripping the wick and guiding it into position. Bayonet forceps also work well in narrow canals.
Suction tip or curette: You may need to clear debris, dried discharge, or cerumen before inserting the wick. A small Frazier suction tip or a wax curette under direct vision does the job.
Topical ear drops: The prescribed antibiotic, antibiotic-steroid, or antifungal drops that will be applied to the wick once it is in place.
Cotton ball or tissue: To catch any excess fluid that drains from the ear.

Some clinicians also keep a string or suture thread on hand to tie to the wick’s trailing end, which makes later removal easier for the patient or a return visit.³

Step-by-Step Placement

Position the patient sitting upright or lying on their side with the affected ear facing up. Gently pull the pinna (outer ear) up and back in adults, or down and back in young children, to straighten the ear canal as much as possible. This is the same maneuver used for instilling ear drops, but it is especially important here because the canal is already narrowed by swelling and you need every millimeter of clearance.

Use the otoscope to assess the canal. Look for the degree of swelling, any discharge or debris, and whether you can see the tympanic membrane. If the canal is full of pus or dead skin, gently suction or curette it under direct vision before attempting wick insertion. Trying to push a wick through a plug of debris just compacts the material deeper.

Grasp the compressed wick near its tip with the alligator forceps. If you are using a Pope-type sponge wick, it will be narrow and firm when dry, roughly the diameter of a matchstick. Insert it gently along the floor of the ear canal, advancing it with slow, steady pressure. You want the wick to sit in the bony (medial) portion of the canal, which is the part closest to the eardrum, because that is where the swelling is worst and where the medication needs to reach. Stop advancing when you meet gentle resistance or when the wick is positioned well past the cartilaginous outer third of the canal. Do not force it against the eardrum.

Once the wick is in place, immediately instill several drops of the prescribed medication directly onto the exposed end of the wick. The sponge absorbs the liquid and expands, conforming to the canal walls. This expansion is what holds the wick in position and ensures contact with the swollen tissue. You can usually see the wick swell within seconds. Add enough drops to fully saturate it but not so many that the ear floods. The patient should feel a sensation of fullness, possibly some discomfort as the wick expands against swollen tissue, but not sharp pain. If the patient reports severe pain, the wick may be pressing on the tympanic membrane and needs to be pulled back slightly.

Pain Management During and After Insertion

Placing a wick in a badly swollen ear canal hurts. There is no way around it entirely, but a few steps reduce the discomfort. Some clinicians apply a topical anesthetic like lidocaine drops to the canal entrance a few minutes before insertion. Others rely on the patient having taken oral analgesics beforehand. NSAIDs such as ibuprofen are generally sufficient for managing the pain of otitis externa in the initial phase and can be continued after the procedure.⁴

After insertion, the steroid component in most antibiotic-steroid drops begins reducing swelling fairly quickly. Patients often notice meaningful relief within a day or two. A comparative study found that pain scores in patients with antibiotic-steroid ointment wicks dropped from about 6.4 on the first day to nearly zero by day five, a faster and larger reduction than in the comparison group using medicated gel foam.⁵ This is one reason wicks are not just a delivery workaround but may actively improve outcomes compared to drops alone.

Aftercare and Drop Application at Home

The wick typically stays in place for two to three days. During that time, the patient instills the prescribed drops onto the wick several times a day, usually three to four times depending on the medication. The drops wick along the sponge and maintain continuous contact with the canal walls. Instruct the patient to lie with the affected ear facing up for a few minutes after each application to let gravity do its work.

The patient should keep the ear dry. No swimming, no submerging the head in bathwater, and ideally a cotton ball lightly coated with petroleum jelly placed at the canal entrance during showers. Water contamination can introduce bacteria and undermine the treatment.

As the medication reduces swelling, the canal opens up and the wick loosens. In many cases, it falls out on its own after two to three days, which is exactly what should happen. If it does not fall out, the patient returns to the clinic for removal. One group of researchers designed a wick with a string tied to its end so that patients could gently pull it out themselves at home once it loosened, and most of those patients did not need a follow-up visit for further aural care.³ If the wick falls out but symptoms persist, the patient should be reassessed rather than simply having another wick placed, because failure to improve within 48 to 72 hours raises the possibility that the diagnosis is wrong or the infection requires a different treatment.⁶

Ribbon Gauze as an Alternative

Not every ear wick is a sponge. Some clinicians use ribbon gauze, typically soaked in glycerol and ichthammol, as a packing material instead. The gauze is gently fed into the canal in layers using forceps, filling the space and acting as both a wick and an anti-inflammatory dressing. A randomized trial comparing glycerol-and-ichthammol ribbon gauze to standard antibiotic-steroid drops found no significant difference in pain relief, canal swelling reduction, or discharge at five days. The gauze, however, cost less than a third of what the drops cost and required no ongoing effort from the patient, making it a reasonable choice for people with poor manual dexterity or those unlikely to use drops reliably.⁷

The trade-off with ribbon gauze is that it requires a return visit for removal and repacking if needed, whereas a sponge wick can fall out on its own. Both methods work. The choice often comes down to what the clinician has on hand, the patient’s ability to self-administer drops, and whether cost is a concern.

When There Is a Perforated Eardrum

A perforation of the tympanic membrane changes the calculation. If the eardrum has a hole, whether from a tympanostomy tube or a prior infection, certain ear drops become potentially harmful. Alcohol-based antifungal solutions, for example, cause severe burning if they reach the middle ear through a perforation. In those cases, a medicated wick with an antimycotic cream can deliver the drug to the canal walls without the liquid component dripping through the hole.⁸ Clinical guidelines also call for using a nonototoxic preparation in patients with tubes or known perforations.⁶

If you cannot see the tympanic membrane because of swelling or debris, you should assume it might be perforated and choose your drops accordingly. This is another reason thorough aural toilet before wick placement matters: clearing the canal enough to visualize the drum helps you make a safer medication choice.

Risks of a Retained Wick

The most common complication of an ear wick is simply discomfort. But the most dangerous one is forgetting it is there. A retained wick becomes a foreign body in the ear canal, and like any foreign body, it can serve as a nidus for infection. There is a published case report of a 12-year-old girl who presented with ear pain that turned out to be caused by an ear wick left in place from earlier treatment. She went on to develop mastoiditis and meningitis, the first reported case of these serious intracranial complications linked to a retained wick.⁹

This is an extreme outlier, not a routine risk. But it underscores a practical point: every patient who receives a wick should leave with clear instructions about when and how it should come out, and a follow-up appointment if it does not dislodge on its own. Clinicians should document wick placement and verify removal at follow-up. Tying a visible string to the wick, as mentioned earlier, serves a dual purpose: it makes removal easier and it reminds everyone that the wick is still in there.

Common Mistakes During Placement

Even though the procedure is conceptually simple, a few errors come up repeatedly in clinical practice. Knowing them helps you avoid them.

Skipping aural toilet: Pushing a wick into a canal full of debris traps infected material against the canal wall and reduces the wick’s contact with living tissue. Always clear what you can before inserting.
Choosing the wrong size: A wick that is too small will not expand enough to maintain contact with the walls and may fall out within hours. One that is too large causes excessive pain on insertion and can be nearly impossible to advance past the swelling. Start with a standard size and trim if needed.
Inserting too deeply: The wick should sit in the bony canal but not press against the tympanic membrane. Touching the drum causes sharp pain, can trigger a vasovagal response, and risks perforating an already compromised membrane.
Not wetting the wick immediately: A dry sponge wick that sits in the canal for even a few minutes can stick to the inflamed skin. Always apply drops right after placement so the sponge expands and forms a moist barrier.
Inadequate patient instructions: If the patient does not understand that they need to keep instilling drops onto the wick several times daily, the wick dries out and becomes useless or even counterproductive. Written take-home instructions are better than verbal ones alone.

When To Refer Rather Than Place a Wick Yourself

Most cases of otitis externa with a swollen canal can be managed in primary care or urgent care with a wick and topical therapy. But certain situations call for specialist referral. If you suspect necrotizing (malignant) otitis externa, which typically occurs in older adults with diabetes or immunocompromised patients and involves granulation tissue on the canal floor with disproportionate pain, that patient needs an otolaryngologist and possibly IV antibiotics. If the canal is so severely swollen or stenotic that you cannot visualize it well enough to place a wick safely, referral is the right call. And if the patient has failed initial treatment at the 48-to-72-hour mark, the guideline recommendation is to reassess the diagnosis entirely, not to simply try harder with the same approach.⁶

Fungal otitis externa (otomycosis) also deserves a mention. While bacterial otitis externa is by far the more common reason for wick placement, fungal infections of the ear canal can cause similar swelling and debris. The treatment differs: antifungal rather than antibiotic agents. A wick loaded with antifungal cream can be effective in these cases, and research has shown this approach to be safe even in the presence of a tympanic membrane perforation.⁸ Misidentifying a fungal infection as bacterial and treating with antibiotic drops alone can make the problem worse, so take a careful look at the debris you suction out during aural toilet. Fungal otitis externa often produces thick, white or dark spore-laden material that looks different from the wet, purulent discharge of a bacterial infection.

1
PubMed. Clinical practice guideline: acute otitis externa
2
Zanco Journal of Medical Sciences (ZJMS). Management of acute otitis externa using aural wick versus local drops
3
PubMed. How we do it: a new ‘one stop’ ear wick
4
Saudi Journal for Health Sciences. Povidone-iodine and glycerine for treatment of acute otitis externa
5
PubMed Central. A Comparative Study of the Effectiveness of Antibiotic-Steroid Ointment Wick V/S Antibiotic-Steroid Drops Soaked Gel Foam in Pain Management of Otitis Externa
6
SAGE Journals / CrossRef. Clinical practice guideline: Acute otitis externa
7
PubMed. The management of otitis externa: a randomised controlled trial of a glycerol and icthammol ribbon gauze versus topical antibiotic and steroid drops
8
PubMed Central. Otomycosis with Perforated Tympanic Membrane: Self medication with Topical Antifungal Solution versus Medicated Ear Wick
9
PubMed Central. Mastoiditis and meningitis complicating an aural foreign body