Massage, Probing, Stenting or DCR Surgery: How Blocked Tear Duct Treatment Is Chosen

The pediatrician is unhurried. She tilts the three-month-old toward the window, notes the glossy film pooling on one lower lid, wipes a fleck of yellow crust from the inner corner and says, almost casually, that this will probably sort itself out. The parent has spent two weeks searching for blocked tear duct treatment options at 2 a.m. and half expected to hear the word surgery. Instead she hears: massage, patience, and come back if it changes.

Across town, a woman in her fifties dabs her left eye for the third time during a work call. Wind, cold air, even laughing sets it streaming, and lately the corner near her nose feels tender when she presses it. Same plumbing problem, entirely different conversation with her doctor.

That gap is the whole story of this condition. The tear drain is a tiny system, but the reasons it fails, and the sensible ways to fix it, change dramatically with age. Here is how clinicians actually sort the options.

Why does a blocked tear duct make eyes water instead of dry?

Tears are not made where they drain. A gland under the upper outer eyelid produces them; blinking sweeps them across the eye toward two pinhole openings on the inner corner of each lid, called puncta. From there they pass through short channels (canaliculi) into a small pouch beside the nose, the lacrimal sac, then down the nasolacrimal duct and out into the nose. That is why a good cry ends with a runny nose.

A blocked tear duct, formally nasolacrimal duct obstruction, means something is narrowed or sealed anywhere along that route. Tear production continues at its normal rate, the exit is closed, and the overflow spills down the cheek. The medical word for this overflow is epiphora. So the paradox resolves neatly: the eye is not making too many tears, it simply cannot get rid of the usual amount.

Stagnant fluid also causes the second classic sign. Tears sitting in a warm, closed sac become a comfortable place for bacteria, which is why blocked ducts so often come with sticky discharge, crusted lashes on waking and, occasionally, a red, swollen, painful lump between the eye and the nose. That infection of the sac is called dacryocystitis, and it changes the urgency of everything that follows.

Where the blockage sits matters as much as whether it exists. A narrowed punctum, a scarred canaliculus and a duct sealed at its lower end near the nose are three different problems, and each points toward a different procedure. Much of the diagnostic work, including gentle irrigation with saline through the punctum and a fluorescein dye test that watches how quickly colored tears clear from the eye surface, exists to locate the obstruction before anyone proposes a fix, as Mayo Clinic describes.

Blocked tear duct treatment options, from least to most invasive

Think of the options as a ladder rather than a menu. Clinicians tend to start on the lowest rung that has a realistic chance of working for the specific patient in front of them, and climb only if the problem persists or the anatomy leaves no other choice.

Option	What it involves	Usually considered for	Setting
Watchful waiting and lid hygiene	Cleaning discharge with a clean, damp cloth; monitoring	Infants in the first year; mild adult narrowing	Home
Tear sac massage	Firm, gentle pressure over the lacrimal sac several times daily	Infants with a membrane blocking the lower duct	Home, taught by a clinician
Antibiotics	Drops or, for sac infection, oral medicine, chosen by the prescriber	Anyone with discharge, conjunctivitis or dacryocystitis	Prescribed
Punctal dilation	Widening a narrowed opening with a fine instrument	Adults whose punctum has tightened	Clinic
Probing	Passing a thin blunt wire down the duct to open a membrane	Infants past their first birthday; some adults	Clinic or brief anesthesia
Balloon dilation	Inflating a tiny balloon inside the duct to stretch it	Children when probing fails; selected adults	Anesthesia
Silicone stenting (intubation)	Leaving a soft tube in the duct for weeks to months	Recurrent blockage in children; partial adult blockage	Anesthesia
DCR surgery	Creating a new opening from the sac into the nose	Complete adult blockage; repeated infections	Operating room

Two rules sit underneath this ladder. First, infection is settled before elective procedures, because operating on an inflamed sac raises complication risk. Second, the treating team weighs how much the watering affects daily life, not just how the anatomy looks on examination. A duct that is narrow but tolerable may reasonably be left alone.

Why do doctors wait with a blocked tear duct in babies?

Newborn tear ducts are unfinished plumbing. The lower end of the nasolacrimal duct, where it opens into the nose, is often still covered by a thin membrane at birth. Cleveland Clinic estimates that roughly one in five newborns has some degree of blockage, and it usually shows up in the first weeks of life as a persistently wet eye and morning crust, often on one side only.

The reason clinicians hold back is straightforward: that membrane tends to open on its own as the face grows. According to Cleveland Clinic, in about 9 in 10 infants the blockage resolves without any procedure by the first birthday, and MedlinePlus notes that most clear within the first year. Doing something invasive to a duct that is very likely to fix itself trades a real, if small, risk for little gain.

Waiting is not the same as doing nothing. Parents are usually shown how to clean the lids with a clean cloth and lukewarm water, how to perform tear sac massage, and what a sac infection looks like so they can call promptly. Feeding, sleep and vision are unaffected by a simple blocked duct, which is worth hearing out loud when a baby’s eye looks perpetually teary.

The exception is a baby whose swelling between the eye and nose is bluish, firm and present from birth. That can be a dacryocystocele, a sac distended with trapped fluid, and because it can become infected or interfere with breathing through the nose, pediatric eye specialists tend to see it sooner rather than later. It is rare, and the parent’s job is only to mention it, not to diagnose it.

How does tear duct massage actually work?

The technique is often named after the physician who described it, Crigler massage, and the idea is hydraulic rather than mystical. Tears trapped in the lacrimal sac form a small column of fluid. Pressing firmly over the sac, then sliding the finger downward along the side of the nose, pushes that column against the membrane at the bottom of the duct. Repeated over days and weeks, the pressure can help rupture the membrane and open the channel, according to Mayo Clinic.

Technique matters more than force. The clinician will usually demonstrate where to place a clean fingertip, on the inner corner of the eye at the side of the nose, not on the eyeball itself, and how much pressure to use. Fingernails should be short. Most guidance suggests doing the strokes a few times at each session, several sessions a day, often at diaper changes so it becomes routine. The exact number of repetitions is something to confirm with the child’s own clinician rather than a forum.

Honesty about the evidence is fair here. Massage is low risk, free and widely recommended, and it likely shortens the wait for some infants, but the blockage in most babies would eventually open with or without it. Parents who miss sessions have not harmed anything, and those who massage faithfully should not blame themselves if probing is still needed later.

For adults the picture is different. An acquired blockage is usually scar tissue or age-related narrowing rather than a soft membrane, and massage does not dissolve scar. Warm compresses and lid cleaning can ease discharge and comfort, but no amount of pressing reopens a duct that has fibrosed, which is why adult pathways move to procedures more quickly.

Tear duct probing: what happens during the procedure

Probing is the workhorse for infants whose watering has not settled by around the first birthday, and it is far less dramatic than the name suggests. The clinician passes a very thin, blunt metal probe through the punctum, along the canaliculus, into the sac and down the nasolacrimal duct until it pops through the membrane at the bottom. Sterile saline is then flushed through to confirm the path is open, often checked by seeing fluid or dye appear in the nose or throat.

How it is done depends on age and setting. In younger babies some specialists perform it in the office with the child swaddled and a numbing drop applied, because the procedure takes only a minute or two. In older infants and toddlers, who move more and are harder to hold safely, it is more commonly done under a brief general anesthetic in a day surgery unit, so the child arrives in the morning and goes home the same day. Mayo Clinic describes both approaches.

Timing is the genuinely debated part. Probing earlier avoids months of watering and infections but treats some ducts that would have opened alone; probing later lets nature finish its work but may mean an anesthetic for a wriggly toddler. Reasonable specialists land at slightly different ages, which is why the decision belongs in a conversation about the individual child rather than a fixed rule.

Afterward, a little blood-tinged tear or nasal discharge for a day is common. Discharge may be prescribed for a short period at the clinician’s discretion. Parents are usually told the watering can take a couple of weeks to fully settle, and that if it returns or never stops, the next options are balloon dilation or stenting rather than simply probing again.

Balloon dilation and stenting: the middle ground before surgery

When a probe opens the duct but the watering comes back, or when the obstruction feels tight rather than membranous, the team has two intermediate tools before anyone discusses creating a new drainage route.

Balloon dacryoplasty borrows its logic from angioplasty. A deflated balloon on the tip of a fine catheter is threaded down the duct to the narrow segment and inflated for a short period, then deflated and withdrawn. The stretch widens the channel and can break up soft scar. It is done under anesthesia in children and occasionally offered to adults with partial, rather than complete, blockage.

Stenting, also called nasolacrimal intubation, takes the opposite approach: instead of stretching the duct and hoping it stays open, a soft silicone tube is left in place so the healing lining cannot seal shut again. The tube runs from the punctum down into the nose and is barely visible as a tiny loop at the inner corner of the eye. Mayo Clinic notes it typically remains for a period of weeks to months before being removed in the clinic, a quick and usually painless step. The exact duration is set by the surgeon based on how the tissue looks.

Neither option is perfect. Balloons cannot reopen a duct blocked by bone or dense scar; stents can loosen, irritate the eye surface or, rarely, cause a small tear in the punctum. Children with Down syndrome or craniofacial differences, whose ducts are often narrow along their whole length rather than blocked at one point, are more likely to move through these steps and toward surgery. For a family who has already been through one procedure, the honest framing is that these are reasonable second attempts, not guarantees.

Blocked tear duct in adults: why the pathway is different

Adults rarely arrive with a leftover birth membrane. Their blockages are acquired, and the causes read like a list of ordinary wear and occasional bad luck. Mayo Clinic lists age-related narrowing of the puncta and duct, chronic infection or inflammation of the eye or nose, injury to the bones of the face, nasal polyps, previous sinus surgery, certain chemotherapy medicines and radioactive iodine used for thyroid conditions. Rarely, a growth in the sac or nose is responsible, which is one reason a new one-sided blockage in an older adult is examined rather than dismissed. Women past midlife are affected more often, thought to relate to a naturally narrower bony duct.

Because scar and narrowing do not soften with massage, the adult pathway spends less time waiting and more time locating the problem. The examination usually includes checking eyelid position (a lid that turns outward, ectropion, lets tears miss the punctum entirely), looking at the size of the puncta, irrigating the system with saline to feel for resistance and seeing whether fluid reaches the nose, and sometimes imaging with dye to map the exact site.

The findings then sort people. A tight punctum may need only dilation in the clinic. A partial blockage low in the duct may be offered stenting. A complete blockage, or one with repeated episodes of sac infection, generally leads to a discussion of DCR surgery, because it is the option that bypasses the sealed segment rather than trying to force it open.

Tolerance also counts. Some adults with mild watering in wind choose to live with it and revisit the question later; others whose vision blurs at every screen or whose skin is raw from wiping want a definitive fix. Both are legitimate, and the decision is made with, not for, the patient.

What is DCR blocked tear duct surgery, and how do external and endoscopic differ?

Dacryocystorhinostomy, mercifully shortened to DCR, is surgery that creates a new opening directly from the lacrimal sac into the nasal cavity, so tears drain through a fresh window instead of the sealed duct below it. It is the standard operation for complete acquired blockage and for people with recurrent dacryocystitis, as Mayo Clinic and Cleveland Clinic both describe.

There are two established routes to the same result. External DCR uses a small incision on the side of the nose near the inner corner of the eye. The surgeon lifts the soft tissue, removes a small piece of the thin bone between the sac and the nose, and joins the sac lining to the nasal lining. Endoscopic DCR reaches the same spot from inside the nostril using a narrow camera and fine instruments, so there is no skin incision. In either version, a soft silicone stent is often placed through the new opening for a period to keep it from scarring closed while it heals.

Neither approach is universally better. External surgery gives the surgeon a direct view and has the longest track record; the scar generally fades but is visible to the patient for a while. Endoscopic surgery avoids the skin cut and disturbs less tissue, but depends on the shape of the nose and on the surgeon’s training with the equipment; a deviated septum or polyps may be addressed at the same time. Which is proposed usually reflects the anatomy on examination and the surgeon’s experience, not a ranking.

Both are typically day procedures under general or, sometimes, local anesthesia with sedation. When the canaliculi themselves are scarred, DCR alone will not help, and the team may discuss a further variant that uses a small glass tube to bypass them; that is a different, less common conversation.

Who is usually offered which blocked tear duct treatment option, and who is asked to wait

Strip the medicine back and the decision rests on four questions. How old is the patient? Where is the blockage? Is there infection? And how much does it disrupt life?

Infants under a year with a straightforward wet eye are, almost universally, asked to wait, with massage and lid cleaning at home. The odds strongly favor spontaneous resolution, and the risks of a procedure, although small, are not zero. Babies who develop a red, swollen sac, or who have a distended bluish sac at birth, move up the queue.

Toddlers past their first birthday with persistent watering are the classic probing group. Children whose probing failed, or whose ducts are narrow along their length, are the balloon and stenting group. Children rarely need DCR, but it remains available when everything else has been tried.

Adults are sorted by anatomy. Punctal narrowing gets dilation; a lid that sags away from the eye may need a lid-tightening procedure rather than anything to the duct at all; partial low blockage may be offered stenting; complete blockage or recurrent dacryocystitis points toward DCR. Anyone with active infection is treated first and operated on later.

Who else is asked to wait? Adults whose watering is mild and whom examination shows to have partly open ducts; people taking blood thinners who need their regimen reviewed by the prescribing clinician before nasal surgery, because the inside of the nose bleeds readily; those with uncontrolled nasal disease that should be settled first; and anyone whose tearing turns out to have a different cause entirely, such as dry eye or blepharitis, which the next sections address.

Every one of these placements is a starting position for discussion. The treating team knows the individual anatomy, the general health picture and the patient’s priorities, and the final call is theirs to make together.

Dacryocystorhinostomy recovery: what the following days and weeks usually look like

People are frequently surprised by how ordinary the first week feels. After DCR, the eye and cheek may be bruised and puffy, more so after the external approach, and a small amount of blood-tinged fluid from the nose is expected for a day or two. Discomfort is usually described as soreness rather than sharp pain and is managed with medicines chosen by the surgical team; this article gives no dosing.

The instructions that matter most are about the nose. Cleveland Clinic advises avoiding blowing the nose for a period after surgery, typically a week or two, because a hard blow can push air under the skin or start bleeding at the new opening. Sneezing with the mouth open, sleeping with the head raised, skipping heavy lifting and hot showers that flush the face, and steering clear of swimming for the time the surgeon specifies all follow the same logic: protect a fresh internal wound you cannot see.

Bruising generally fades over one to two weeks. If a skin incision was made, its stitches are removed or dissolve within roughly a week, and the line matures over months. Watering often continues, and can even seem worse, in the early weeks because of swelling and the presence of the stent; this is not a sign of failure.

The stent is removed in clinic, commonly somewhere between several weeks and a few months after surgery, by a quick tug that most people describe as odd rather than painful. Saline nasal rinses are frequently recommended to keep the new passage clear of crusts. Follow-up visits check that the opening remains patent, and the surgeon will say when normal exertion can resume. Anyone planning to fly should ask about timing, since cabin pressure changes can provoke nasal bleeding in the first days.

Risks and alternatives, in plain language

Every rung of the ladder has a downside, and a good consultation names them without drama.

Massage and waiting carry the risk of repeated minor eye infections and, uncommonly, a sac infection that needs urgent treatment. Probing can cause brief bleeding, a false passage if the probe strays from the duct, and infection; it can also simply fail, which is more likely in older children and in those with narrow ducts. Balloon dilation shares those risks and adds an anesthetic. Stents can irritate the eye, dislodge into the nose or out of the punctum, or be pulled out by a curious child before their time.

DCR risks are those of any operation plus a few specific ones: bleeding from the nose, which can occasionally be significant enough to need packing; infection; a visible scar with the external approach; scar tissue closing the new opening so that watering returns; damage to nearby structures in the nose; and, rarely, leakage of fluid from around the brain because the operating field sits close to the base of the skull. Cleveland Clinic and Mayo Clinic both list these. Anesthesia carries its own small risks, discussed separately by the anesthesia team.

Alternatives are equally worth stating. For adults with mild symptoms, doing nothing and reassessing is a genuine choice. Treating the underlying eye surface disease may reduce reflex tearing enough that the duct question fades. Eyelid surgery rather than duct surgery fixes tearing caused by lid position. And for some, artificial tear gels that thicken the tear film reduce the sensation of flooding even though they do nothing to drainage. None of these is a lesser option; each is right for the person whose problem it matches.

What can be mistaken for a blocked tear duct?

A watering eye is a symptom, not a diagnosis, and several common conditions imitate a blocked duct closely enough to send people down the wrong path.

Dry eye is the most frequent impostor, and the most counterintuitive. When the tear film is thin or evaporates too fast, the eye surface becomes irritated and the lacrimal gland responds by flooding it with watery reflex tears. The result is an eye that streams in wind or cold yet feels gritty, and the NHS lists dry eye as a leading cause of watering. Treating it means improving tear quality, not opening a drain.

Blepharitis, inflammation of the eyelid margins, produces crusting and stickiness that looks very like the discharge of a blocked duct, but the puncta are open and the fix is lid hygiene. Conjunctivitis, allergic or infectious, brings redness and watering that comes on quickly and often affects both eyes. Eyelid position problems, an outward-turning lid (ectropion) or an inward-turning one (entropion) that rubs lashes on the eye, cause tearing that no duct procedure will resolve. A foreign body under the lid, a scratched cornea or an in-turned lash does the same in the short term.

In babies, infant glaucoma is the mimic that must not be missed. It is rare, but a watering eye combined with light sensitivity, a cloudy or unusually large cornea and a baby who turns away from light is an urgent eye examination, not a massage plan, according to Mayo Clinic.

The practical lesson is simple: the examination that distinguishes these takes minutes and changes everything. Assuming a blocked duct and pressing on it for months when the real issue is dry eye or blepharitis wastes time; assuming it in a light-sensitive infant is a mistake nobody wants to make.

What people often get wrong about blocked tear ducts

“I can unblock it myself with a needle, a cotton bud or a pin.” No. The punctum is a fraction of a millimeter across and sits a hair’s breadth from the eyeball. Home probing risks scarring the canaliculus, which converts a fixable problem into one that needs complex surgery, or injuring the eye itself. Massage taught by a clinician and lid cleaning are the only safe home measures.

“The most effective treatment is surgery, so why wait?” Effectiveness depends on the patient. For an infant, the most effective treatment is usually time, because most ducts open unaided in the first year. For an adult with a fully scarred duct, DCR is the option that addresses the anatomy. Neither is the right answer for the other.

“A blocked duct means the eye is making too many tears.” Production is normal; drainage is not. That is why medicines to “dry the eye” do not help and can worsen surface irritation.

“Antibiotic drops will open the duct.” Antibiotics treat the infection that stagnant tears invite; they do nothing to the blockage. If discharge keeps returning after each course, the drainage problem still exists and needs its own plan.

“If it has been blocked this long, it is too late.” A duct can stay blocked for years without harm beyond watering and occasional infection. Adults are treated successfully after long histories; the tissue does not become untreatable with time, although recurrent sac infections can make surgery more involved.

“Endoscopic is always better because there is no scar.” Both approaches aim at the same new opening. The right one depends on nasal anatomy and the surgeon’s expertise, and the treating team, not a video clip, is placed to weigh that.

“Watering on one side in an older adult is just aging.” Often it is. But because rare growths in the sac or nose present the same way, a new one-sided blockage is examined properly rather than assumed.

Questions to ask your care team

Consultations are short and the anatomy is unfamiliar, so arriving with a written list changes the quality of the conversation. The following are the questions clinicians most often wish patients and parents had asked.

• Where exactly is the blockage, and how do you know? Did irrigation reach the nose, or did it reflux back?
• Is anything else contributing to the watering, such as dry eye, blepharitis or eyelid position, that should be treated first or alongside?
• For a baby: at what age would you consider probing if the watering continues, and would that be done in the office or under anesthesia?
• How should I do the massage, how often, and what should I watch for that means I should stop and call?
• Which option are you recommending, and what would the next step be if it does not hold?
• For DCR: are you proposing the external or endoscopic route, and what about my anatomy led you there?
• Will a stent be placed, roughly how long is it usually left, and how is it removed?
• What are the specific risks for me given my other conditions and medicines, and do any of my regular prescriptions need reviewing with the prescriber beforehand?
• What will the first two weeks after the procedure look like day to day, and when can I return to work, exercise, swimming and air travel?
• What signs after the procedure should prompt a same-day call, and whom do I call out of hours?
• If I choose to do nothing for now, what should I monitor, and when would you want to see me again?

Write the answers down or bring someone to listen. Tear duct decisions are rarely emergencies, which means there is time to go home, think and come back with follow-up questions before committing to a procedure.

When to call your doctor

A blocked tear duct itself is a nuisance rather than a danger. The situations below are the ones where the picture has changed, and where waiting for a routine appointment is not the right move.

Call the same day, or seek urgent care, if the area between the eye and the side of the nose becomes red, hot, swollen and tender, especially with fever, malaise or a sudden increase in pus. That pattern suggests dacryocystitis, an infection of the tear sac, which can spread to the surrounding soft tissues of the face and needs prompt assessment and treatment.

Seek urgent care for any redness and swelling spreading across the eyelids or cheek, an eyelid so swollen the eye cannot open, pain when moving the eye, double vision or a drop in vision. These can indicate infection around the eye socket and are treated as emergencies, per MedlinePlus.

In an infant, arrange prompt review for a watering eye combined with light sensitivity, a cloudy or enlarged-looking cornea, or persistent redness, because those features do not fit a simple blocked duct. A firm bluish swelling at the inner corner present from birth also warrants an early appointment.

After probing, stenting or DCR, contact the surgical team without delay for nosebleeds that do not stop with ten minutes of gentle pressure, bleeding that soaks through dressings, clear watery fluid dripping steadily from the nose, worsening rather than easing pain, fever, or a stent that has slipped out or is rubbing the eye.

For everything else, the routine appointment is the right one: watering that persists past a baby’s first birthday, adult tearing that interferes with reading, driving or work, or discharge that keeps coming back after treatment. Your treating team makes the diagnosis and the decisions; this article is a map, not a substitute for the examination.

Frequently asked questions

What is the most effective treatment for blocked tear ducts?

There is no single most effective treatment; it depends on age and where the blockage is. For most infants, time and gentle massage are the most effective approach because the duct usually opens on its own within the first year. For toddlers with persistent watering, probing is the usual next step. For adults with a complete, scarred blockage or repeated sac infections, DCR surgery is the standard option because it bypasses the sealed segment rather than trying to force it open.

What can be mistaken for a blocked tear duct?

Dry eye is the most common mimic: an irritated, under-lubricated surface triggers reflex watering, especially in wind or cold. Blepharitis produces sticky lids and crusting with open ducts. Conjunctivitis, allergies, a stray lash, a foreign body and eyelid position problems such as ectropion all cause tearing that no duct procedure will fix. In babies, infant glaucoma can present with watering plus light sensitivity and a cloudy cornea and needs urgent eye assessment.

How long can a tear duct stay clogged?

Indefinitely, in the sense that a blocked duct does not repair itself in adults and does not damage vision on its own. In infants, most blockages open spontaneously within the first year of life. In adults, an acquired blockage tends to persist until it is treated, with the main consequences being watering and a raised risk of tear sac infection. Long-standing blockage remains treatable; recurrent infections can make surgery more involved, which is one argument for not postponing assessment.

Can I unblock my tear duct myself?

Not safely with any instrument. Never insert cotton buds, pins, needles or anything else into the corner of the eye; the drainage openings are tiny and scarring them turns a fixable problem into a complex one. The only appropriate home measures are lid cleaning with a clean, damp cloth, warm compresses for comfort and, in infants, tear sac massage taught by a clinician. Adults with persistent watering should be examined so the site of blockage can be identified.

How does blocked tear duct in adults differ from babies?

Babies usually have a thin leftover membrane at the bottom of the duct that tends to open on its own, so treatment starts with waiting and massage. Adults have acquired narrowing or scarring from aging, inflammation, injury, nasal disease or certain medicines, and scar tissue does not respond to massage. Adult care therefore moves sooner to examination, irrigation to locate the blockage, and procedures such as punctal dilation, stenting or DCR surgery matched to the findings.

What is tear duct probing like for a baby?

A very fine, blunt probe is passed through the small opening at the inner corner of the eyelid, down the duct and through the membrane blocking it, then saline is flushed through to confirm the path is open. It takes a minute or two. In young infants it may be done in the office with a numbing drop while the baby is swaddled; in older babies and toddlers it is usually done under a brief general anesthetic as a day procedure.

Is blocked tear duct surgery done under general anesthesia?

Usually, though not always. DCR surgery in adults is commonly performed under general anesthesia, and some surgeons offer local anesthesia with sedation for suitable patients, particularly for the external approach. Probing, balloon dilation and stenting in children are typically done under a short general anesthetic because the child needs to be completely still. The anesthesia team assesses each person individually, and the choice depends on health, anatomy and the surgeon’s approach.

What does dacryocystorhinostomy recovery involve?

Expect bruising and puffiness around the eye and nose for one to two weeks, slight blood-tinged nasal discharge for a day or two, and soreness rather than severe pain. The key instruction is not to blow the nose for the period the surgeon specifies, typically a week or two, and to avoid heavy exertion and swimming until cleared. Watering often continues while swelling settles and a stent is in place; the stent is removed in clinic weeks to months later.

Why is a stent placed after tear duct procedures?

A soft silicone tube keeps the freshly opened channel from scarring shut while the lining heals. It runs from the eyelid opening down into the nose and is barely visible as a tiny loop at the inner corner of the eye. Stents are used after some probing procedures, after balloon dilation and often after DCR surgery. The surgeon decides how long it stays, commonly several weeks to a few months, and removes it painlessly in the clinic.

Can antibiotics fix a blocked tear duct?

No. Antibiotic drops or oral medicines, prescribed by a clinician, treat the infection that develops when tears stagnate in a blocked sac; they do not open the blockage itself. If discharge or a red, swollen sac keeps returning after each course, the drainage problem is still present and needs its own plan, which may be watchful waiting in a baby or a procedure in an adult. Infection is generally treated and settled before any elective procedure is performed.

References

• MedlinePlus: Blocked tear duct
• NHS: Watering eyes

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.