Types of Forceps: A Complete Guide to Surgical Forceps & Their Uses

Summary Excerpt: From Adson to DeBakey; Dr. Frigz explains every major type of surgical forceps, their anatomy, clinical uses, and what sets a premium instrument apart.

Surgical forceps are among the most fundamental instruments in any operating room, and yet they represent one of the most diverse and nuanced categories in the entire surgical instrument world. At Dr. Frigz, we manufacture thousands of forceps variations ranging from delicate ophthalmic tissue forceps to heavy-duty bone-holding clamps — and the question we hear most often from procurement teams is simply: what are forceps actually for, and how do the different types differ?

Types of Forceps in an operating room

The answer begins with anatomy. Every pair of forceps shares the same basic structure: two arms joined at a pivot point called the box lock. The box lock is a critical quality indicator, thus a poorly machined box lock creates wobble and inconsistent jaw alignment, which directly affects surgical precision. The jaws vary enormously depending on function: smooth jaws for delicate tissue handling, serrated or cross-hatched jaws for firmer grip, toothed jaws (rat-tooth) for tough fascia, and tungsten carbide inserts (gold handles) for superior grip on needles or tissue under tension.

Tissue forceps are designed for handling and manipulating tissue during surgery without causing unnecessary damage. The Adson forceps narrow, fine-tipped, with 1x2 teeth , is the workhorse of skin and plastic surgery. DeBakey forceps, with their distinctive longitudinal serrations and atraumatic design, are the gold standard in vascular and cardiac surgery where even minor trauma to vessel walls is unacceptable. Bonney forceps and Russian forceps occupy the middle ground for general tissue holding in open procedures.

Hemostatic forceps, commonly called artery forceps or hemostats , are designed to clamp blood vessels and control bleeding. The Kelly forceps (partially serrated jaws, medium size) and the Crile forceps (fully serrated) are used throughout general surgery. The Rochester-Pean is larger, for clamping significant vessels or pedicles. The Mosquito forceps, as the name suggests, is the smallest of the hemostats and is precise enough for fine vessel work in pediatric or microsurgery. All hemostats incorporate a ratchet locking mechanism that allows the surgeon to clamp and release hands-free.

Kocher forceps add a distinct twist: heavy cross-serrations with a 1x2 tooth at the tip. These are not atraumatic as they are designed to grip firmly on tough structures like fascia, tendons, or the end of a limb tourniquet. Allis forceps and Babcock forceps are grasping instruments used for holding organs and tissue without crushing: the Allis with its fine interlocking teeth for firmer hold, the Babcock with its broad, smooth fenestrated jaws for bowel or fallopian tube handling.

Towel clamps and draping forceps secure sterile drapes to the patient's skin during surgery. Backhaus towel clamps are the most common. They are simple, with sharp tips that pierce and hold draping material.

Bone-holding forceps and reduction forceps are a category unto themselves in orthopedic surgery. Verbrugge forceps, bone reduction forceps, and lane bone-holding forceps are engineered to grip bone firmly during fracture reduction and fixation as they must withstand enormous mechanical forces without slipping or deforming.

Selecting the right forceps is about matching jaw design, length, and mechanical characteristics to the tissue and surgical approach. A vascular surgeon needs DeBakey's atraumatic design; a general surgeon working deep in the pelvis needs longer-reach instruments; a plastic surgeon needs the finest, shortest tissue forceps available. At Dr. Frigz, we manufacture all of these categories in German-grade martensitic stainless steel, with box locks machined to tolerance and surface finishes that meet international sterility standards.

The quality of a forceps is never more apparent than after several hundred sterilization cycles. Inferior instruments develop box lock wobble, jaw misalignment, and corrosion within months. Premium instruments that are properly designed, properly passivated, and properly maintained can last years. Whether you are procuring for a single OR or outfitting a hospital system, understanding the specific function of each forceps type is the first step toward procurement that serves patients well. Contact Dr. Frigz to discuss your specific instrument requirements or to request a custom OEM catalog.