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How are gallbladder surgeries performed in an operating room?

Hey everyone, and welcome back to the OR Insider blog—your go-to spot for all things operating room, straight from someone who’s been deep in the thick of it (and, full disclosure, works as an OR equipment supplier). Today we’re breaking down something I get asked about all the time: how gallbladder surgeries actually go down in the OR. Not the textbook jargon-heavy stuff you might find on a medical site, but the real, day-in, day-out process that our gear is part of. Let’s dive in. Operating Room

First, let’s get one thing straight: gallbladder surgeries aren’t one-size-fits-all. Most of the time, it’s a laparoscopic cholecystectomy—aka the “keyhole” surgery—because it’s way less invasive than the open kind. But every now and then, if things are super complicated (like a really inflamed gallbladder or scar tissue from past surgeries), they’ll switch to open. I’m gonna focus on the laparoscopic one because that’s what 9 out of 10 gallbladder surgeries are these days, and it’s where our equipment plays the biggest role.

Let’s start with before the patient even wheels into the OR. As a supplier, I can tell you the prep starts way earlier than you’d think. The surgical team—surgeon, anesthesiologist, scrub tech, circulating nurse—all huddles for a “time out” (that non-negotiable checklist thing no one skips anymore) to confirm: right patient, right surgery, right side (though gallbladders are only on the right, still you never know), and that all gear is ready. For this surgery, we’re talking laparoscopes, insufflators, graspers, cautery units—stuff we supply. I’ve seen a scrub tech double-check the camera cable three times because if it dies mid-surgery, that’s a huge headache. No one wants to rush an open conversion because of a frayed cord.

Once the patient is in, the anesthesiologist gets them knocked out. They’ll put in an IV, maybe a central line if they need extra meds, and intubate them so they’re breathing on a machine. Next, the circulating nurse helps position the patient—usually flat on their back, arms tucked in (so we can have clear access and no pressure sores), with a little bump under their right hip to lift the gallbladder area. Then comes prepping the skin: they clean it with that big yellow-green antiseptic, drape the whole area so only the surgical site is exposed, and put a clear plastic drape over the patient’s face to keep the OR sterile.

Now, the part that people find weird: the pneumoperitoneum. The surgeon makes four tiny cuts (each like 0.5 to 1 cm) in the abdomen—one near the belly button, three lower right. First, they use a Veress needle (a long, thin, sharp needle) to pierce the belly through the first cut, right into the abdominal cavity. Then they hook it up to an insufflator, which pumps in CO2 gas until the abdomen is puffed up like a balloon. Why? Because it gives the surgeon room to work—no squishing organs, no accidentally nicking something. Our insufflators are designed to keep the pressure just right (usually 12-15 mmHg) so it’s safe, not too much that it hurts the patient, not too little that the view is bad. I’ve had OR teams tell us our auto-regulate feature is a game-changer because it doesn’t overinflate when they’re moving the trocars in.

Speaking of trocars—those are the little plastic and metal tubes they stick through the cuts. Each cut gets one trocar. The first one’s at the belly button, and instead of using a needle, some surgeons use a optical trocar now, which has a tiny camera on the end so they can see exactly where they’re going as it goes in—less chance of hitting a blood vessel or the bowel. Once the trocar’s in, they pull out the sharp inner part, and leave the plastic outer tube as a portal to put stuff in and out. The other three trocars go in the lower right, each for a different tool: one for the laparoscope camera, one for a grasper to hold the gallbladder, and one for a cautery hook or scissor to cut the bile duct and blood vessels.

Now the camera goes in. That’s where our laparoscopes come in—they’re light, sharp, and the image clarity is insane. The camera hooks up to a monitor above the OR table, so the whole surgical team can see what’s going on. No more cutting into the big abdomen; they’re working off a screen like a high-tech video game. The surgeon is watching the monitor, adjusting the graspers through the trocars, moving the gallbladder around to get a clear view of the cystic duct (the tube connecting the gallbladder to the liver and small intestine) and the cystic artery. This part is super important because they have to ligate (tie off or clip) those two tubes carefully—if they nick the bile duct, that’s a big problem. We supply those tiny titanium clips that are small but strong, so they don’t slip.

Once they have those two vessels secured, the surgeon uses a cautery unit (that’s the one that makes that little spark sound) to cut the cystic duct and artery, separating the gallbladder from the liver. Now they just need to get it out. Wait, but the gallbladder’s kind of big—they can’t pull it through a 1 cm cut. So they use a small retrieval bag, put it through one of the trocars, open it up, pull the gallbladder into the bag, then pull the whole bag and gallbladder out through the belly button cut (which is a little bigger, like 1 cm, but still tiny). That way, no gallstones leak into the abdomen, which could cause an infection.

Now it’s time to close everything up. The surgeon irrigates the area with sterile saline to make sure there’s no leftover blood or bile, checks for any bleeding, then removes the trocars. Each tiny cut gets stitched—either dissolvable stitches under the skin, so no one has to take out staples later, or a couple of stitches on the outside. Then the nurse puts small bandages on the cuts, maybe a pain patch if the patient needs it, and they wheel them into recovery.

But like I said earlier, sometimes they have to switch to open surgery. When does that happen? If the gallbladder is really stuck to the liver because of chronic inflammation, or if there’s unexpected scar tissue, or if they nick a blood vessel and can’t control it with the laparoscopic tools. Open surgery means a big cut (like 10-15 cm) right in the upper abdomen, so the surgeon can see everything with their own eyes, no camera. It takes a little longer to recover, but it’s necessary sometimes. Our open surgery sets are fully stocked with retractors, scalpels, and sutures, so ORs can switch seamlessly if needed.

Now, as someone who’s in the ORs with these teams all the time, I want to talk about why gear matters here. Laparoscopic surgery relies on every tool working right—if the camera is blurry, the whole case slows down. If the insufflator stops pumping, they have to rush to convert. We test every piece of our equipment before it goes out, and we’re always updating it based on what OR techs and surgeons tell us. Last year, a surgeon told us their old cautery units left char on tissue, so we revised our tips to be smoother and reduce tissue damage. That’s the kind of feedback that makes our job worth it.

If you’re an OR manager, a scrub tech, or a surgeon who’s dealing with gallbladder surgeries regularly, we know how stressful it is to have gear fail mid-case. That’s why we offer custom setups, 24/7 support, and gear designed specifically for laparoscopic and open cholecystectomies. We’re not just a supplier—we’re part of your OR team, making sure you have what you need to do the best job possible, every single time.

If you’re looking to upgrade your OR’s cholecystectomy tools, or just want to chat about how we can make your cases smoother, reach out to us. We’d love to hear from you and work together to get your OR stocked with the best gear out there.

Nursing Bed References:

  1. American College of Surgeons. (2022). Guidelines for Laparoscopic Cholecystectomy.
  2. Society of Gastroenterologic Nurses and Associates. (2021). Operating Room Protocols for Minimally Invasive Biliary Surgery.
  3. World Journal of Surgery. (2020). Outcomes of Laparoscopic vs Open Cholecystectomy for Acute Cholecystitis.

Eusokon Technology ( Shanghai ) Co., Ltd.
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