How Long After Getting Stitches Can You Swim?

Most doctors and wound-care sites tell you to keep stitches dry for at least 48 hours, and many recommend staying out of pools, lakes, and oceans until the sutures come out entirely. The typical removal window is somewhere between 5 and 14 days depending on the wound’s location, which effectively means no swimming for one to two weeks. What makes the topic surprisingly murky is that the actual evidence behind these timelines is thin. A BMJ review found that patient information sites offer advice ranging from “wait until sutures are removed” all the way to “abstain from swimming for six weeks postoperatively,” with very little research to back up any specific number.¹

Why Doctors Tell You to Stay Out of the Water

A fresh wound closed with stitches is not sealed the way intact skin is. In the first 24 to 48 hours, the edges of the wound are held together mechanically by the suture thread, but the skin cells have not yet bridged the gap. During this initial phase, bacteria in water can enter the wound relatively easily. After about 48 hours, a thin layer of new skin cells (called the epithelial layer) starts to form across the surface, creating a basic barrier. That barrier is fragile, though, and can be disrupted by soaking.

Beyond infection, prolonged water exposure softens skin in ways that interfere with healing. The clinical term is maceration, and research shows that this over-hydration can reach deeper skin layers than people typically assume, which increases the potential for tissue damage and lengthens recovery time.² Skin that stays waterlogged weakens structurally: laboratory work on full-thickness skin samples found that extended water immersion causes the outer skin layer to separate from the tissue underneath and degrades the collagen that gives skin its strength.³ That is precisely the kind of structural breakdown you do not want happening around a wound that is trying to knit itself together.

The worry, then, is twofold: bacteria getting in and the wound weakening from the outside. These risks are highest in the first few days and taper as the wound heals, but they do not vanish entirely until the wound is fully closed and the sutures are gone.

Where You Swim Matters a Lot

Not all water carries the same risk. A review of water-related skin and soft-tissue infections classified bodies of water into six broad categories: still freshwater like ponds and small lakes, flowing freshwater like rivers and large lakes, brackish water where salt and fresh water meet, soil-contaminated water, seawater, and well-regulated treated water such as swimming pools. The authors noted that freshwater environments carry higher infection risk than the others.⁴

That hierarchy makes intuitive sense. A chlorinated, well-maintained swimming pool is not sterile, but the chlorine keeps bacterial counts low. A warm, stagnant pond, by contrast, can harbor organisms like Aeromonas and Vibrio species that are particularly aggressive when they enter broken skin. Ocean water sits somewhere in between: salt has some antimicrobial properties, but seawater still contains bacteria, and sand and debris can irritate an open wound.

If your doctor gives you a timeline, ask specifically about the type of water you plan to swim in. A surgeon who says “stay out of the water for two weeks” may be thinking about a lake vacation. That same surgeon might have a shorter or more flexible answer if your only goal is a few laps in a well-chlorinated pool. The BMJ review specifically noted that the risk depends in part on the type and quality of water involved.¹

The Type of Wound Changes the Calculus

A small cut on your forearm closed with three stitches is a very different situation from a deep surgical incision on your abdomen. The same BMJ review emphasized that infection risk varies depending on the wound itself: an open wound is at higher risk than one where the skin surface has already sealed over.¹ “Open” here does not necessarily mean gaping; it means the epithelial layer has not yet re-formed, which is the situation in the first day or two.

Location also matters practically. A sutured wound on your foot is going to be harder to keep dry at a pool than one on your shoulder. Wounds on joints like knees and elbows face extra stress from the movement of swimming itself, which can pull on stitches and widen the wound edges. Facial stitches tend to come out faster (often within 5 days), while stitches over joints or on the trunk may stay in for 10 to 14 days, and your swimming timeline is tied to that removal schedule.

The depth and complexity of the wound play a role too. A wound closed in multiple layers, with deep stitches underneath and surface stitches on top, has more tissue planes that need to heal. Surgical wounds from procedures like joint replacement or abdominal surgery involve cutting through muscle and fascia, not just skin, and surgeons tend to be more conservative with water exposure timelines for these.

Your Suture Material Can Affect Bacterial Risk

This is a detail most patients never think about, but the type of thread your doctor used to close the wound has some bearing on infection risk if water does reach the site. Sutures come in two basic physical forms: monofilament (a single smooth strand) and braided (multiple strands woven together). Research using electron microscopy has shown that braided sutures retain significantly more bacteria than monofilament ones, both before and after washing. Bacteria penetrate into the small crevices between the braided strands and form biofilm there, while monofilament sutures, with their smooth surface, allow far less bacterial adhesion.⁵

You probably do not know offhand whether your stitches are braided or monofilament, but you can ask. If you had a minor laceration repaired in an emergency room, nylon monofilament sutures are among the most common choices. If you had surgery, the surface closure could be anything from staples to braided silk to absorbable materials. The practical takeaway is that if your stitches are braided and you are weighing an early dip in the pool, the bacteria-trapping risk is higher than it would be with a monofilament suture.

What About Dissolvable Stitches?

Dissolvable (absorbable) sutures are designed to break down inside the body over days to weeks, so they are not removed the way traditional stitches are. This creates a confusing situation for swimming advice because there is no clear “removal day” to anchor the timeline to. The general guidance still applies: keep the wound dry for at least 48 hours and avoid submerging it until the surface has visibly healed over. With absorbable sutures, the surface closure is often supplemented by adhesive strips or skin glue, and those come with their own rules about water exposure.

Skin glue (tissue adhesive) forms a waterproof-ish barrier over the wound and is sometimes described as allowing earlier water contact compared to traditional stitches. Some manufacturers suggest that brief showers are fine within 24 hours. Swimming, however, is different from showering. Submersion for extended periods, combined with the mechanical action of swimming and the chemical exposure from chlorine or the microbial load of natural water, puts more stress on any closure. Most surgeons still recommend keeping a glued wound out of pools and open water for at least a week.

Showering Versus Swimming

You will sometimes see advice that says “you can shower after 24 to 48 hours” in the same breath as “do not swim for two weeks,” and that discrepancy puzzles people. The difference comes down to the duration and type of water contact. A shower sends a brief stream of treated tap water over the wound. The exposure is short, the water is relatively clean, and you can pat the area dry immediately afterward. Swimming, on the other hand, means soaking the wound continuously for 20 minutes or more in water that may contain chlorine, salt, bacteria, algae, or organic debris.

The maceration concern is especially relevant here. A five-minute shower is not going to waterlog the tissue around your stitches. Half an hour in a pool will. And the structural damage from prolonged soaking that research has documented, including separation of skin layers and collagen degradation, begins to set in with extended immersion rather than brief wetting.³ This is why the two recommendations can seem contradictory but are actually consistent.

People Who Need to Be More Cautious

The standard wait times assume a generally healthy person with an uncomplicated wound. Several factors raise the bar. The BMJ review specifically called out comorbidities as a factor in infection risk after suturing.¹ People with diabetes, for example, heal more slowly and are more susceptible to wound infections. Immunosuppressed individuals, whether from medications like steroids and chemotherapy or from conditions like HIV, face the same elevated risk. If you fall into one of these categories, your doctor will likely recommend a longer wait, and that advice is worth following strictly.

Age plays a role as well. Older adults tend to have thinner skin and slower wound healing. Children, on the other hand, are often the source of the “can I swim yet?” question because of summer schedules and swim lessons. Kids heal fast, but they are also less likely to keep a wound properly protected in the water, and they tend to swim in ways that involve a lot of splashing, dunking, and contact with pool floors and other surfaces.

Wound contamination at the time of injury is another factor. A clean surgical incision made in a sterile operating room starts with a lower bacterial load than a laceration from a fall on gravel or a cut from a dirty kitchen knife. If your wound was contaminated or required extensive cleaning before stitching, your doctor may want a longer dry period before you get back in the water.

Can You Waterproof a Wound and Swim Anyway?

Waterproof wound dressings exist, and some people try to use them as a workaround. Transparent film dressings, waterproof bandages, and even plastic wrap secured with medical tape are all strategies people attempt. The reality is that these work reasonably well for short showers but are unreliable for swimming. Water pressure, body movement, and time all conspire to break the seal. If water gets under the dressing, you now have a warm, moist environment trapped against a healing wound, which is worse than no dressing at all.

Some specialty waterproof covers designed for post-surgical use, like the kind people use to protect casts, can work better because they create a sealed barrier around an entire limb. These are more realistic for protecting a wound on an arm or leg during a brief pool session, but they are bulky, expensive, and still not foolproof. For most people with a straightforward sutured wound, the simpler path is just to wait.

Signs You Got Back in the Water Too Soon

If you did swim before the recommended window and are now worried, watch the wound closely over the next few days. Signs that the wound may be infected include increasing redness that spreads outward from the wound edges, warmth to the touch, swelling that is getting worse rather than better, pus or cloudy discharge, a fever, and increasing pain rather than the gradual decrease you would normally expect as the wound heals. Red streaks radiating from the wound toward the nearest lymph nodes (for example, from your hand up toward your armpit) are a more serious sign that needs prompt medical attention.

Maceration is easier to spot: the skin around the wound will look white, wrinkled, and soggy, similar to what happens to your fingertips after a long bath but more pronounced. Macerated skin around stitches can cause the sutures to pull through the softened tissue, effectively undoing the closure. If you notice the wound edges pulling apart or the stitches seeming to cut into the surrounding skin, see your doctor sooner rather than waiting for your scheduled removal appointment.

Hot Tubs Are a Separate Category

Hot tubs deserve their own mention because people often lump them in with swimming pools. The warm, aerated water in a hot tub is a far more hospitable environment for bacteria than a cool, chlorinated lap pool. Pseudomonas aeruginosa, the bacterium responsible for “hot tub folliculitis,” thrives in warm water and is particularly opportunistic when it encounters broken skin. The combination of heat (which opens pores and softens tissue), prolonged soaking, and higher bacterial loads makes hot tubs arguably the worst water environment for a healing wound, even compared with natural freshwater. Most wound-care guidance treats hot tubs as a firm “no” until well after stitches are removed and the wound is fully healed.

This distinction catches people off guard because they think of a hot tub as cleaner than a lake. It may have more chemical treatment, but the temperature and aeration create conditions where bacteria that survive the sanitizer multiply faster. If you are going to be cautious about one body of water above all others, make it the hot tub.