PEG tube removal is usually a quick outpatient procedure that takes only a few minutes, but the method used, the healing process afterward, and the potential complications depend on the type of tube, how long it has been in place, and the patient’s surgical history. Most PEG tubes are removed either by pulling them out through the abdominal wall (traction removal) or by snipping the tube at the skin and letting the internal bumper pass naturally through the digestive tract. Both approaches carry a low but real risk of complications, and the weeks after removal require careful wound monitoring to ensure the tract closes properly.
When a PEG Tube Can Safely Come Out
Before removal is even considered, the tract between the skin and the stomach wall needs time to mature into a stable channel of scar tissue. The medical literature generally puts this window at somewhere between one and four weeks after the original placement, though many clinicians use the more conservative end of that range and wait at least four weeks before removing or replacing a tube.1Taylor & Francis Online (Journal of Community Hospital Internal Medicine Perspectives). Re-PEGing: an endoscopic approach to inadvertent early removal of PEG tube If a tube is pulled out before the tract has matured, the stomach and abdominal wall can separate, allowing stomach contents to leak into the abdominal cavity. That scenario is a surgical emergency.
In practice, most PEG tubes stay in far longer than four weeks because they are placed for patients who need prolonged nutritional support. By the time removal is planned, the tract is well established. The decision to remove typically happens once the patient has demonstrated that they can take in enough calories and fluids by mouth to maintain their weight and hydration over a sustained trial period, often weeks to months. A speech-language pathologist or dietitian usually helps make that call.
How the Tube Is Actually Removed
The three main removal techniques each have their own trade-offs, and the choice depends largely on the design of the internal bumper that holds the tube inside the stomach.
Traction Removal (External Pull)
This is the most common method for tubes with a collapsible internal bumper. A clinician deflates any balloon component, grasps the tube near the skin, and pulls it out through the abdominal wall in a single firm motion. The bumper deforms as it passes through the tract and exits with the rest of the tube. It sounds dramatic, but the procedure typically takes less than a minute and is done at the bedside or in a clinic without sedation. A large retrospective review of 127 traction removals found that no patients experienced bleeding, even though about one in ten had some form of complication overall.2British Journal of Nursing. Complication rates associated with traction removal of percutaneous endoscopic gastrostomy tubes A study in children similarly found traction removal to be generally safe and cost-effective, with no deaths resulting from the procedure.3PubMed. Traction removal of percutaneous endoscopic gastrostomy devices in children
Endoscopic Removal
When the internal bumper is rigid and cannot collapse enough to pass through the tract safely, the tube has to be removed with the help of an endoscope. A gastroenterologist passes a scope down the throat into the stomach, locates the bumper, and either cuts it free or snares it so it can be pulled out through the mouth. This method requires sedation and takes longer, but it avoids any risk of forcing a rigid disc through narrow tissue. Endoscopic removal is also the go-to approach when there is any concern about complications at the site, since the scope allows the doctor to visually inspect the stomach wall in real time. Some replacement procedures use a wire-guided technique through the existing tract under endoscopic guidance to prevent a false track from forming.4Video Journal and Encyclopedia of GI Endoscopy. Percutaneous endoscopic gastrostomy tube replacement
The “Cut and Push” Method
With this technique, the external portion of the tube is cut at the skin surface, and the internal bumper is pushed into the stomach and left to pass through the gastrointestinal tract on its own. The idea is that the small silicone disc will travel through the bowel and come out in the stool without incident. For many patients this works fine, but there are documented cases of the bumper getting stuck and causing a bowel obstruction, particularly in people who have had previous abdominal surgery and may have adhesions or narrowed segments of intestine.5PubMed Central. The ‘cut and push’ technique: is it really safe? For that reason, many clinicians now avoid this method in patients with a history of abdominal operations and prefer traction or endoscopic removal instead.
What to Expect During Healing
Once the tube is out, the stoma site looks like a small open wound, roughly the diameter of a pencil. In most patients, the tract begins to close on its own within hours and is largely sealed within one to two weeks. During that time, you can expect some drainage from the site. This leakage is a mix of stomach fluid and wound secretion, and it typically slows over the first few days.
Standard wound care during this period is straightforward. The site is usually covered with a dry gauze pad, changed once or twice a day or whenever it becomes soaked. Keeping the area clean and dry is the main priority. Most doctors advise avoiding submerging the wound in bath water or swimming pools until it has fully closed, though brief showers are usually fine with a protective dressing. You should watch for signs of infection: increasing redness spreading outward from the site, warmth, swelling, pus, or fever. A small amount of pinkish drainage is normal, but thick green or yellow discharge is not.
For the first day or two, there can be mild discomfort around the stoma site, though most patients describe it as less painful than the original placement. Over-the-counter pain relief is typically enough. If the pain gets worse rather than better over the first few days, that warrants a call to the care team, since worsening pain can signal a complication beneath the skin.
Complications of PEG Tube Removal
The most common complications after removal are minor, but a few deserve specific attention because they change what you should do next.
Retained Bumper
In traction removal, the bumper occasionally breaks off and stays inside the stomach or in the tract. In the large retrospective review mentioned earlier, retained bumpers occurred in about five and a half percent of traction removals.2British Journal of Nursing. Complication rates associated with traction removal of percutaneous endoscopic gastrostomy tubes A retained bumper usually needs to be retrieved endoscopically, which means a follow-up procedure under sedation. This is one reason some clinicians prefer endoscopic removal from the start for tubes that have been in place a very long time: long-dwelling tubes can become more brittle, making the bumper more likely to separate during a pull.
Bleeding
Major bleeding after PEG removal is rare. A case report documenting a life-threatening upper gastrointestinal bleed after traction removal noted that this is an uncommon event, with the same 127-patient retrospective analysis recording zero bleeding events despite an overall complication rate above ten percent.6Karger Publishers. Life-Threatening Upper Gastrointestinal Bleeding following Percutaneous Endoscopic Gastrostomy Tube Removal under Traction: A Case Report When significant bleeding does happen, it typically involves a blood vessel in the tract wall that was disrupted during the pull. Patients on blood-thinning medications are at higher risk, and their medical team will usually discuss whether to pause anticoagulants before removal.
Peritoneal Misplacement During Replacement
When a tube is being removed and a replacement device is going in through the same tract, there is a small risk of the new tube ending up in the wrong place. In the 127-patient review, two replacement devices were inadvertently placed into the peritoneal cavity and one into the colon, out of 63 patients who needed replacement tubes.2British Journal of Nursing. Complication rates associated with traction removal of percutaneous endoscopic gastrostomy tubes This is why replacements done at the bedside are sometimes confirmed with imaging or endoscopy rather than relying on blind insertion alone.
Gastrocutaneous Fistula
The complication that causes the most trouble after PEG removal is a gastrocutaneous fistula, a persistent open connection between the stomach and the skin that does not close on its own. Instead of sealing over in a week or two, the tract stays open and continues to leak stomach acid and fluid onto the skin, causing irritation and sometimes significant discomfort. In a study of adult cancer patients, about six percent of patients who had their PEG tubes removed developed a fistula that needed treatment.7PubMed. Gastrocutaneous fistulas after PEG removal in adult cancer patients: frequency and treatment options
Certain factors make a fistula more likely. A case-control study found that patients with prior or concurrent abdominal surgery had significantly higher odds of developing a persistent fistula, with odds ratios of roughly five and four and a half, respectively. The type of internal securement technique used during the original tube placement also mattered: purse-string securement was associated with over eight times the odds of a persistent fistula compared to a different surgical method. Younger age was another risk factor, with newborns having higher fistula closure rates than older infants.8PubMed. Technique and History of Abdominal Surgery Are Associated With Need for Gastrocutaneous Fistula Closure Following Gastrostomy Removal: A Case-Control Study
Most fistulas that do not close with conservative management (keeping the area clean and waiting) will eventually need a procedure. Initial treatment often involves applying silver nitrate to the tract to encourage closure, or using proton pump inhibitors to reduce the volume of stomach acid leaking through. When those measures fail, endoscopic closure is the next step. Techniques include endoscopic suturing, where the fistula opening inside the stomach is stitched shut under visualization, sometimes combined with argon plasma coagulation to deliberately damage the tract lining so it can scar closed.9PubMed Central. Treatment of Persistent Gastrocutaneous Fistula After Percutaneous Endoscopic Gastrostomy Using Endoscopic Suturing With Argon Plasma Coagulation: A Report of Two Cases In particularly stubborn cases, creative approaches have been tried, including percutaneous suturing guided by an endoscope, where needles are passed through the skin flanking the fistula and a suture is threaded between them inside the stomach using tiny biopsy forceps.10VideoGIE. Closure of refractory gastrocutaneous fistula with endoscopically guided percutaneous suturing with the use of miniature biopsy forceps Surgical closure remains an option when endoscopic methods fail, but the trend in recent years has been toward less invasive approaches first.
Buried Bumper Syndrome
Sometimes the problem is not removal itself but getting to the point where removal is possible. Buried bumper syndrome occurs when the internal disc migrates out of the stomach lumen and becomes embedded in the gastric wall or the tract tissue. The tube stops functioning properly because the bumper is no longer sitting where it should. You might notice that flushing the tube becomes increasingly difficult, that formula won’t flow, or that there is pain and swelling around the stoma site.
Removing a buried bumper is considerably more complex than a routine tube removal. When the bumper is only partially buried, it can sometimes be pushed back into the stomach using a dilator (bougie) inserted over a wire through the tube. When the bumper is completely overgrown by mucosa, the tissue covering it has to be cut away endoscopically before it can be freed. A retrospective study of 82 patients with buried bumpers described using needle-knife incision to cut through the overlying tissue in multiple directions, freeing the buried disc so it could be pushed into the stomach and then snared out.11PubMed Central. Comparison of removal techniques in the management of buried bumper syndrome: a retrospective cohort study of 82 patients
A randomized trial comparing a newer dedicated device to these conventional techniques found that the dedicated device roughly halved the procedure time, with a median of about 17 minutes compared to 38 minutes for conventional approaches. The overall technical success rate with the device reached 100 percent, compared to about 83 percent with standard methods, though the difference did not quite reach statistical significance given the study size.12PubMed. Prospective randomized controlled trial comparing a novel and dedicated device with conventional endoscopic techniques for the treatment of buried bumper syndrome (with video) The key takeaway for patients is that buried bumper syndrome is treatable, but it typically requires an endoscopic procedure with sedation and should be addressed promptly rather than ignored.
Why Tubes Degrade Over Time
If you have been living with a PEG tube for many months, you may have noticed it becoming stiffer, discolored, or harder to flush. This is not just cosmetic wear. Fungal colonization of feeding tubes is a well-documented phenomenon that degrades the silicone or polyurethane material from the inside out.13PubMed Central. Characterization of Fungal Colonization of Indwelling Esophagostomy Tubes One study found that fungal organisms invaded the wall of PEG tubing and caused failure in about 37 percent of tubes that had been in place for 250 days, rising to 70 percent of tubes in place for 450 days. The internal portion of the tube failed from obstructions, loss of elasticity, or tears related to fungal colonies in over a third of cases.14PubMed. Importance of fungus colonization in failure of silicone rubber percutaneous gastrostomy tubes (PEGs)
This degradation matters for removal because a brittle, fungus-weakened tube is more likely to break during traction removal, potentially leaving fragments behind. It also means that tubes left in place indefinitely will eventually need replacement regardless of whether the patient still needs enteral feeding. Regular flushing with water after each use and cleaning the external portion help slow colonization, but they cannot prevent it entirely. For long-dwelling tubes, scheduled replacement on a routine basis is the standard recommendation to avoid emergencies caused by sudden tube failure.
Practical Considerations for Patients and Caregivers
If you are preparing for PEG tube removal, a few practical points are worth knowing ahead of time. First, ask your medical team which removal method they plan to use and why. If you have had previous abdominal surgeries, mention that specifically, since it affects both the choice of removal technique and the risk of a fistula forming afterward. Second, plan for wound care supplies before the procedure: you will need gauze pads, medical tape, and possibly a skin barrier cream to protect the surrounding skin from any stomach acid leakage in the first few days.
After removal, keep track of how much drainage you see and whether it is decreasing day by day. A stoma that is still leaking noticeably after two weeks, or one where the drainage increases rather than decreases, should be evaluated. This does not always mean something is wrong; some tracts simply take longer to close in people who had their tube for years. But persistent drainage is the hallmark of a gastrocutaneous fistula, and catching it early allows for earlier intervention with simple measures rather than waiting until more aggressive treatment is needed.
Eating after tube removal is usually straightforward if the patient has already been tolerating oral intake. There is no restriction on the stoma site affecting swallowing or digestion. The stomach wall heals from the inside, and the opening is small enough that it does not interfere with normal stomach function while it closes. Most patients resume their normal oral diet immediately, though some find it psychologically helpful to start with smaller, more frequent meals for a few days as they adjust to the absence of supplemental tube feeds.
One thing that catches people off guard is the appearance of the scar. The healed stoma site typically leaves a small, round, slightly depressed scar about the size of a pencil eraser. In some patients, particularly those with darker skin tones, the scar can be more noticeable due to hyperpigmentation around the site. This is cosmetic and fades over months to years, but it is worth knowing about so you are not alarmed when the wound closes and a visible mark remains.