Of all the instruments on a surgical tray, forceps see the most use across the widest range of procedures. They grasp, they hold, they clamp, they manipulate, and they do it thousands of times across the life of a single instrument. Yet despite how often they're picked up and set down, forceps are rarely chosen with the same scrutiny surgeons apply to scissors or scalpels. At Surgical Republic, we think that deserves a second look, because the right forceps in the right hands change how a procedure unfolds, not just how it ends.
This guide walks through the major forceps patterns surgeons rely on, what distinguishes one design from another, and how to think about selection rather than defaulting to whatever happens to be on the tray.
Traumatic vs. Atraumatic: The Decision Behind Every Pattern
Before getting into individual patterns, it helps to understand the fundamental design fork that every forceps maker has to navigate. Forceps fall into two broad families: traumatic forceps, which use teeth or serrations to lock onto tissue with a firm bite, and atraumatic forceps, which rely on smooth or finely serrated jaws to hold tissue securely while minimizing cellular damage.
Neither family is inherently superior. The question is always procedural. A surgeon closing skin needs a confident grip that won't slip, even at the cost of some surface trauma the skin will tolerate. A surgeon handling a coronary artery needs the opposite: a grip gentle enough that the vessel wall survives the manipulation undamaged. Choosing the wrong family for the tissue at hand is one of the more common and avoidable sources of intraoperative tissue injury.
Forceps also divide along a second axis: ratcheting designs that lock in a closed position for sustained clamping, and non-ratcheting designs that the surgeon controls continuously through finger pressure. The first is built for endurance (holding a vessel closed while you work elsewhere), and the second is built for finesse (adjusting grip moment to moment as tissue resists or yields).
The Major Forceps Patterns and What They're Built For
Surgical forceps are handheld instruments that come in two main categories: traumatic forceps (with teeth or serrations for a firm grip) and atraumatic forceps (with smooth jaws to minimize tissue damage). They may feature ratcheting mechanisms for locking or non-ratcheting designs for precise manual control.
Thumb Tissue Forceps
Thumb tissue forceps represent the most fundamental category in the entire forceps family. Held and controlled entirely by squeezing the handles together, with no locking mechanism at all, they put the full burden of grip control in the surgeon's hand. The serrated tips grasp tissue securely without causing damage, which is exactly why this pattern shows up across general surgery, orthopedics, gynecology, and plastic surgery alike. Versatility is the point. When a procedure calls for constant micro-adjustments rather than a fixed clamp, this is the instrument that earns its place on the tray.
Babcock Forceps
Babcock forceps are immediately recognizable by their triangular, fenestrated jaws, a shape specifically engineered to distribute pressure across a wider tissue surface rather than concentrating it at a point. That distribution is what allows the Babcock to handle something as delicate and as awkward as a loop of bowel or a large vessel without crushing it. The long shaft and ratcheting lock mean the surgeon can secure the tissue and move on to the next step with both hands free. This is a pattern built for control over tissue that actively resists being controlled, which is why it remains a staple in laparotomy, intestinal surgery, gynecological procedures, urology, and vascular surgery.
Kelly Hemostatic Forceps
Kelly forceps solve a single problem extremely well: stopping a bleeding vessel fast, in a tight space. The long, straight shaft with smoothly curved jaws is designed for exactly that kind of access, sliding into narrow surgical fields to find and secure small vessels before blood loss becomes a complication. Surgical Republic's titanium Kelly forceps take this further. Titanium construction shaves meaningful weight off the instrument without sacrificing the rigidity needed for a confident clamp, which matters during longer cases where hand fatigue compounds over hours, not minutes. It's a small material difference that surgeons who've used both will notice immediately.
Our top product in this category: 5 1/2" Kelly Hemostatic Forceps, Curved, Titanium
Kocher Hemostatic Forceps
Kocher forceps take a different approach to the same hemostasis problem the Kelly addresses, and the difference is entirely in the jaw. One side is serrated, the other smooth, so the serrated edge bites into the vessel for grip while the smooth edge applies even counter-pressure rather than competing serrations grinding against each other. The ratcheting lock holds that pressure in place indefinitely. This asymmetric jaw design is what makes Kocher forceps a reliable choice across general surgery, gynecology, urology, vascular surgery, and neurosurgery, anywhere a surgeon needs decisive, lasting control over a vessel without constant manual reinforcement.
DeBakey Forceps
DeBakey forceps occupy rarefied territory. Designed for cardiovascular and microsurgical work, where the tissue being handled is often a vessel wall measured in fractions of a millimeter, the fine, gently curved jaws are built to grip without crushing. There is no room in this category for a forceps that applies uneven pressure or that slips under tension. The rigid, narrow tip gives surgeons the tactile feedback needed to know exactly how much force is being applied, which is the entire point when the tissue in question cannot tolerate a margin of error. This is atraumatic design taken to its logical extreme, and it's why DeBakey forceps remain indispensable wherever vascular integrity is the priority over speed.
Adson Forceps With Teeth
Adson forceps solve a specific tension: how do you get enough grip to keep tissue from sliding away, without resorting to the aggressive serration of a fully traumatic pattern. The answer is a single row of fine teeth, just enough texture to provide traction on delicate tissue without tearing it. The lightweight, ergonomic build is intentional, since these forceps are typically held for extended periods during fine dissection and suturing. That's why they show up so often in general surgery, orthopedics, gynecology, and plastic surgery: procedures where the surgeon is making continuous small adjustments and needs an instrument that won't fight back through fatigue or excess weight.
Allis Tissue Forceps
Allis forceps, sometimes referred to as Allison lung grasping forceps, are built around long, slender jaws lined with multiple serrations. That extended serration pattern spreads the grip across more surface area, which is exactly what's needed when handling tissue as fragile and unforgiving as lung parenchyma. A single point of high pressure on lung tissue tears it. A long row of moderate pressure points holds it securely instead. This design logic is why Allis forceps remain a thoracic and cardiovascular surgery standard even as other forceps designs have evolved around them.
Carmalt Forceps
Carmalt forceps bring a transverse serration pattern running the full length of hinged jaws, a design aimed squarely at gentle but secure tissue handling across a range of sizes and applications. The serrations grip without concentrating force at any single point, which makes Carmalt forceps a flexible choice for clamping vessels or controlling blood flow in general surgery, obstetrics, and gynecology. Available across multiple sizes, this pattern earns its place in a tray not through specialization but through dependable, repeatable performance across varied tissue types.
Uterine Dressing Forceps
Uterine dressing forceps are purpose-built for gynecological work, with atraumatic jaws serrated along the inner surface to grasp delicate intrauterine tissue without compromising it. The procedures that call for this pattern, hysteroscopy, dilation and curettage, endometrial biopsy, myomectomy, and ovarian cystectomy, all share a common demand: secure tissue handling in a confined anatomical space where excess force has immediate consequences. This is a forceps designed around anatomy first, technique second.
Tenaculum Forceps
Tenaculum forceps take an entirely different mechanical approach to tissue control. Rather than gripping through serration or jaw pressure, the sharp, pointed jaws pierce the tissue directly, most often the cervix or uterus, and hold it through that penetration. This gives tenaculum forceps a tensile strength that surface-grip designs can't match, which is why they're the standard choice when a gynecological procedure requires firm, stable traction on tissue that would otherwise slip free of a conventional grasp. The trade-off is intentional: a small, controlled puncture in exchange for reliable control during D&C and hysteroscopy procedures.
Cervical Biopsy Forceps
Cervical biopsy forceps are diagnostic instruments first, built around sharp, cup-shaped jaws that excise a small, defined tissue sample rather than simply grasping tissue for manipulation. The cup geometry is what allows the forceps to capture a clean sample with minimal surrounding trauma, a meaningful detail when that sample is headed for pathology and tissue architecture matters to the diagnosis. This pattern is central to colposcopy, cervical cancer screening, follow-up on abnormal Pap results, and management of cervical dysplasia, procedures where the instrument's job isn't to hold tissue still but to take a piece of it away cleanly.
Martin Tissue Forceps
Martin forceps are built for the broad middle ground of tissue handling: not as delicate as microsurgical patterns, not as aggressive as bone-clamping designs, but dependable across medium-weight tissue where slippage is the main risk to manage. The serrated jaws hold without damaging, and the high-grade stainless steel construction keeps the instrument lightweight through long procedures. Offered in several variations to suit specific applications, Martin forceps see regular use across gynecological surgery, urology, vascular surgery, and plastic surgery, anywhere a surgeon needs a reliable, general-purpose grip without specialized features they won't use.
Dressing Forceps, Serrated
Dressing forceps handle a different category of object entirely: dressings, sponges, and other materials that need to be placed, repositioned, or removed without being damaged in the process. The serrated jaws provide enough grip for confident handling while staying gentle enough not to shred gauze or packing material. Their utility extends well beyond the OR into dressing changes, wound packing, and laboratory work, making this one of the more frequently reached-for instruments in any clinical setting, surgical or otherwise.
Bone Reduction Forceps
Bone reduction forceps are built for a fundamentally different kind of resistance than soft tissue forceps ever encounter. The angled, serrated jaws combine with finger-ring handles and a ratchet lock to hold bone fragments in precise alignment under real mechanical load, not the gentle tension of soft tissue but the active force required during fracture reduction. That ratchet lock is what allows the surgeon to maintain alignment hands-free while screws or plates go in. This pattern is essential equipment in fracture reduction, bone grafting, joint replacement, and spinal surgery, procedures where the forceps isn't just holding tissue, it's holding the surgical outcome in place while the rest of the repair happens around it.
Choosing the Right Forceps for the Procedure
The decision tree for forceps selection comes down to four questions worth asking before any case: What tissue type is being handled, and how much trauma can it tolerate? How much grip strength does the task actually require? Does the procedure call for sustained clamping or continuous manual control? And how much working space is available to maneuver the jaws into position?
Get the traumatic-versus-atraumatic call wrong, and the consequences range from minor bruising to vessel injury that complicates the entire procedure. Get the ratcheting decision wrong, and a surgeon ends up either fighting hand fatigue through a long clamp or losing control of tissue that needed to stay locked down. None of this is abstract. It shows up in operative time, in complication rates, and in how confident a surgical team feels reaching for an instrument mid-procedure.
Material quality compounds all of this. Forceps made from medical-grade stainless steel, particularly the steel alloys favored by German manufacturers, hold their tolerances through hundreds of sterilization cycles without the jaw alignment drifting or the ratchet mechanism loosening. A forceps that's slightly out of true after a year of autoclaving isn't a minor inconvenience. It's an instrument quietly working against the surgeon every time it's picked up.
At Surgical Republic, we built our forceps collection around that standard precisely because the difference between a good forceps and a mediocre one rarely shows up on a spec sheet. It shows up in the OR, in the surgeon's hand, case after case.
Frequently Asked Questions
What is the difference between traumatic and atraumatic forceps?
Traumatic forceps use teeth, serrations, or other textured surfaces to provide a firm grip, and they're appropriate when tissue integrity is a lower priority than secure control. Atraumatic forceps use smooth or finely serrated jaws designed to minimize tissue damage, making them the preferred choice for delicate work in microsurgery, cardiovascular surgery, and neurosurgery.
What are hemostatic forceps used for?
Hemostatic forceps, including Kelly and Kocher patterns, are designed specifically to clamp bleeding vessels and control hemorrhage during surgery. Their serrated or textured jaws combine with ratcheting mechanisms that lock the instrument in place, maintaining steady pressure on the vessel without requiring continuous manual effort.
Can surgical forceps be reused?
Yes. Forceps manufactured from medical-grade stainless steel are built to withstand repeated sterilization cycles without degrading, which makes them a durable, cost-effective, and more sustainable choice compared to single-use alternatives.
What material are surgical forceps made from?
The highest-quality forceps are made from medical-grade stainless steel, with German stainless steel in particular known for its corrosion resistance and its ability to hold sharp edges and precise mechanical tolerances through years of repeated use and sterilization.
How do I choose the right forceps for a specific procedure?
Start with the tissue itself: how delicate it is and how much trauma it can tolerate. From there, weigh the grip strength the task demands, whether tissue preservation is critical, how much working space you have, and whether the procedure calls for a sustained ratcheting clamp or continuous manual control. Delicate tissue calls for atraumatic designs, while firm tissue manipulation often justifies a traumatic pattern with teeth or serrations.
Looking for other instruments to round out your tray? Shop the full Surgical Republic instrument collection or reach our team directly at (949) 691-3662 or sales@surgicalrepublic.com for help sourcing a specific pattern.
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